{
  "count": 9300,
  "tests": [
    {
      "repository": "Riemann-Zeta-Zero-Finding-Suite",
      "test_name": "turing_check_few_data_demo_test",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Riemann-Zeta-Zero-Finding-Suite/turing_check_few_data_demo_test.py",
      "command": "pytest Riemann-Zeta-Zero-Finding-Suite/turing_check_few_data_demo_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "BASELINE_v0.9_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/BASELINE_v0.9_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "FINAL_SUMMARY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 12,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/FINAL_SUMMARY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "FULL_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 17,
        "FAILED": 8,
        "PASS": 24
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/FULL_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "REAL_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 21,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/REAL_TEST_RESULTS.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "RELEASE_AUDIT_v0.8.0",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/RELEASE_AUDIT_v0.8.0.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "RELEASE_AUDIT_v1.0.0",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAILED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/RELEASE_AUDIT_v1.0.0.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 54,
        "PASSED": 3,
        "FAILED": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "V0_8_FREEZE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 7,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/V0_8_FREEZE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_environment",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py",
      "command": "pytest SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_imports_detailed",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py",
      "command": "pytest SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ssz_core_maximum_detail",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py",
      "command": "pytest SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_tensor_maximum_detail",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py",
      "command": "pytest SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_claim_gates_maximum_detail",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py",
      "command": "pytest SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_observables_maximum_detail",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py",
      "command": "pytest SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_integration_maximum_detail",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py",
      "command": "pytest SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_file_structure",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py",
      "command": "pytest SSZ-HOW-TO-BEAM/execute_all_tests_maximum_detail.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "execute_real_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 16,
        "FAIL": 13,
        "FAILED": 9,
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/execute_real_tests.py",
      "command": "pytest SSZ-HOW-TO-BEAM/execute_real_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_module",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_from_radius",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_d_ssz_from_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_s_ssz_from_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_effective_segment_distance",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_neighborhood_overlap",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_validate_worldline_continuity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_copy_constraint",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_validate_ssz_bridge_candidate",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_claim_gates",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_tensor_core",
      "category": "Symbolic test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_regime_classification",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_observables",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_causality",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_geodesics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_energy_conditions",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_derivatives",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 15,
        "FAILED": 12,
        "PASS": 4,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_einstein_solver",
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      "file": "physics/SSZ-HOW-TO-BEAM/run_all_modules_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_modules_test.py -q",
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    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "TestResult",
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      "quantity": "Tests and validation",
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        "FAIL": 1
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_tests.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_tests.py -q",
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    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "TestSuite",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_all_tests.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_all_tests.py -q",
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    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_from_radius",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_complete_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_complete_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_d_ssz_from_xi",
      "category": "Unit/integration test",
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        "FAILED": 10,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_complete_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_complete_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_s_ssz_from_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASSED": 8,
        "FAILED": 10,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_complete_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_complete_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_effective_segment_distance",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 10,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_complete_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_complete_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_neighborhood_overlap",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 10,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_complete_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_complete_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_from_radius",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 9,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_full_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_full_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_d_ssz_from_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 9,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_full_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_full_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_s_ssz_from_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 9,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_full_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_full_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_effective_segment_distance",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 9,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_full_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_full_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_neighborhood_overlap",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 9,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_full_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_full_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_validate_worldline_continuity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 9,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_full_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_full_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_copy_constraint",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 9,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_full_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_full_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_validate_ssz_bridge_candidate",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 9,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_full_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_full_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_claim_gates",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 9,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_full_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_full_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_tensor_core",
      "category": "Symbolic test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 9,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_full_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_full_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_regime_classification",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 9,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_full_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_full_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_observables",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 9,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_full_verbose_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_full_verbose_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_from_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 8,
        "FAILED": 10,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_maximum_detail_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_maximum_detail_test.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_d_ssz_from_xi",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 8,
        "FAILED": 10,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_maximum_detail_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_maximum_detail_test.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_s_ssz_from_xi",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 8,
        "FAILED": 10,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_maximum_detail_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_maximum_detail_test.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_effective_segment_distance",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 8,
        "FAILED": 10,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_maximum_detail_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_maximum_detail_test.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_neighborhood_overlap",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 8,
        "FAILED": 10,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_maximum_detail_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_maximum_detail_test.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_validate_worldline_continuity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 8,
        "FAILED": 10,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_maximum_detail_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_maximum_detail_test.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_copy_constraint",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 8,
        "FAILED": 10,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_maximum_detail_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_maximum_detail_test.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_validate_ssz_bridge_candidate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 8,
        "FAILED": 10,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_maximum_detail_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_maximum_detail_test.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_claim_gates",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 8,
        "FAILED": 10,
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/run_maximum_detail_test.py",
      "command": "pytest SSZ-HOW-TO-BEAM/run_maximum_detail_test.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_section",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 7,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/test_v1_final.py",
      "command": "pytest SSZ-HOW-TO-BEAM/test_v1_final.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_pass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 7,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/test_v1_final.py",
      "command": "pytest SSZ-HOW-TO-BEAM/test_v1_final.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_fail",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 7,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/test_v1_final.py",
      "command": "pytest SSZ-HOW-TO-BEAM/test_v1_final.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "11_validation_levels",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/docs/11_validation_levels.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "SSZ_VALIDATION_FRAMEWORK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/docs/SSZ_VALIDATION_FRAMEWORK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_safe_xi_ranges",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_cell_scale_effects",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_molecular_bond_effects",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_neural_signal_propagation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_consciousness_continuity_metrics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_list_required_experiments",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_ethical_framework",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_knowledge_map",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_biological_transport_exploration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_blend_matches_strong_boundary_c2",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_blend_c2_continuity.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_blend_c2_continuity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_blend_matches_weak_boundary_c2",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_blend_c2_continuity.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_blend_c2_continuity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_blend_monotonic_decreasing_sampled",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_blend_c2_continuity.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_blend_c2_continuity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_creation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_weight_function",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_profile",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_segment_density",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_time_dilation_factor",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_radial_scaling",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_throat_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_tensor",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_distance",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_timelike_norm",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_is_regular",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_dxi_du",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_tidal_proxy",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_max_tidal",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_evaluate_candidate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_distance_reduction",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_evaluate_bridge_candidate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_extreme_lambda_zero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_extreme_lambda_large",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_asymmetric_xi",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_zero_xi",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_consistency_check",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_metric_tensor_signature",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_bridge_metric_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_bridge_metric_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_phi_constant",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_horizon_value",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_d_horizon_value",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_weak_formula",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_strong_formula",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_strong_decreases_with_r",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_weak_decreases_with_r",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py",
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      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py",
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      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_canonical_selects_correct_branch",
      "category": "Unit/integration test",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_canonical_xi.py",
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      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_proof_status_instantiation",
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        "PASS": 1
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_complete_proof.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_complete_proof.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_check_proof_status",
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        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_complete_proof.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_complete_proof.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_proof_status_structure",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_complete_proof.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_complete_proof.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_component_results_present",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_complete_proof.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_complete_proof.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_open_problems_list",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_complete_proof.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_complete_proof.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_recommendations_present",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_complete_proof.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_complete_proof.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_proof_status_document",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_complete_proof.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_complete_proof.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_check_proof_status_function",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_complete_proof.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_complete_proof.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_weak_bridge_proof_status",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_complete_proof.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_complete_proof.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_strong_bridge_proof_status",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_complete_proof.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_complete_proof.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_proof_level_enum",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_complete_proof.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_complete_proof.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_necessary_conditions",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_complete_proof.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_complete_proof.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_phi_golden_ratio",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_phi_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_rs_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_d_rs_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_speed_of_light_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_gravitational_constant_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_blend_boundaries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_rs_is_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_d_rs_is_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_d_rs_less_than_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_phi_greater_than_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_physical_constants_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_blend_zone_width",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_constants_and_formulas.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_effective_potential_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_effective_potential.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_effective_potential.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_potential_derivatives_are_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_effective_potential.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_effective_potential.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_solver_instantiation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_compute_christoffel_2d",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_compute_ricci_2d",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_solve_for_bridge",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_solution_structure",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_energy_conditions_check",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_estimate_energy_requirements",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_weak_bridge_energy",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_strong_bridge_energy",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_einstein_solver.py",
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    {
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    {
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_sec_violation_can_be_canonical_when_nec_ok",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_proxy_cannot_claim_nec_pass",
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        "PASS": 3
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_proxy_always_has_warning",
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        "PASS": 3
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "PASS": 3
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "PASS": 3
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "PASS": 3
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "PASS": 3
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "PASS": 3
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      "tolerance": "from implementation/fixture",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "PASS": 3
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_energy_proxy_separation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_proxy_energy_is_not_physical_t00",
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        "PASS": 3
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_real_nec_requires_tensor",
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        "PASS": 3
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_energy_proxy_separation.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_energy_proxy_separation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_all_levels_defined",
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        "SKIP": 1
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "SKIP": 1
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "SKIP": 1
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      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experiment_ladder.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_each_level_has_required_observables",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_failure_criteria_exist",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_roadmap.py",
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    },
    {
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    {
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    {
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      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_roadmap.py",
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    {
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      "tolerance": "from implementation/fixture",
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    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_roadmap.py",
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    {
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      "tolerance": "from implementation/fixture",
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    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_roadmap.py",
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    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_roadmap.py",
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    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_deprecated_formula",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_power_exp_formula",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_custom_callable",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_compare_against_canonical_deprecated",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_compare_against_canonical_toy",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_evaluate_by_name_deprecated",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_evaluate_by_name_toy",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_evaluate_by_name_invalid",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_experimental_formulas_dict",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_comparison_difference_calculation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_comparison_relative_difference",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_negative_xi_warning",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_experimental_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_nec_safe_region_finding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_tidal_safe_scale",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_energy_optimal_parameters",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_stable_parameter_region",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_comprehensive_feasibility",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_fully_solvable_search",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_weak_bridge_feasibility",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_trade_off_documentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_feasibility_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_formation_strategies",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_final_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_final_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_energy_strategies",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_final_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_final_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_get_all_strategies",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_final_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_final_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_formation_strategies_have_mechanisms",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_final_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_final_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_energy_strategies_have_details",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_final_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_final_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_formation_probabilities_realistic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_final_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_final_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_energy_plausibility_varies",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_final_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_final_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_boundary_check_runs",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_boundary_conditions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_boundary_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_symmetric_bridge_regular_endpoints",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_boundary_conditions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_boundary_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_throat_center_regular",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_boundary_conditions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_boundary_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_asymptotic_behavior_check_runs",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_boundary_conditions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_boundary_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_determinant_finite_check",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_boundary_conditions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_boundary_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_unsegmented_bridge_boundaries",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_boundary_conditions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_boundary_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_effective_source_computation_runs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_einstein_tensor_relation",
      "category": "Symbolic test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_status_levels",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_diagnostics_finite_check",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_scan_along_bridge",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_equation_of_state_computed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py",
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    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_nontrivial_bridge_nonzero_curvature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_effective_source.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_energy_budget_computation_runs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_energy_budget.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_energy_budget.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_energy_is_positive_or_reasonable",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_energy_budget.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_energy_budget.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_localization_computed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_energy_budget.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_energy_budget.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_comparison_metrics",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_energy_budget.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_energy_budget.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_sensitivity_analysis_runs",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_energy_budget.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_energy_budget.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_weak_vs_strong_field_energy",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_formation_energy_budget.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_formation_energy_budget.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_radial_curvature_proxy_finite_at_rs",
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      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_geodesic_deviation.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_geodesic_deviation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_radial_tidal_proxy_scales_with_separation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_geodesic_deviation.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_geodesic_deviation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_radial_freefall_velocity_at_rs_matches_documented_value",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_geodesics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_radial_timelike_norm_for_rest_at_infinity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_geodesics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_static_closed_loop_holonomy_telescopes_to_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_holonomy.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_holonomy.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_frequency_ratios_are_reciprocal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_holonomy.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_holonomy.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_edge_modulated_loop_detects_dynamic_path_effect",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_holonomy.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_holonomy.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_to_regime_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_strong_field_xi_properties",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_weak_field_xi_properties",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_with_canonical_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_energy_condition_nec_satisfied",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_energy_condition_nec_violated",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_go_all_pass_scenario",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_go_problematic_scenario",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_end_to_end_bridge_pipeline",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_full_pipeline",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_full.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_full.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_all_analyzers",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_full.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_full.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_end_to_end_proof",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_full.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_full.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_parameter_variations",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_full.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_full.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_tensor_scaffold_integration",
      "category": "Symbolic test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_integration_full.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_integration_full.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_null_light_requires_ppn",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_method_assignment.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_method_assignment.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_worldline_transfer_method",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_method_assignment.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_method_assignment.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_finite_at_rs",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_asymptotic_flatness_approx",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_metric.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_cloning_pass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_cloning_fail",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_cloning_warning",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_identity_continuity_pass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_identity_continuity_fail",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_destructive_pass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_destructive_fail",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ftl_pass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ftl_fail",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_nec_pass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_nec_fail",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_nec_exotic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_biological_early_level",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_biological_appropriate_level",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_biological_no_experiment",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_run_all_filters",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_overall_result_pass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_overall_result_warning",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_overall_result_fail",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_overall_result_exotic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "FAIL": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_no_go_filters.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_null_dt_dr_exceeds_flat_coordinate_value",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_null_geodesics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_null_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_light_travel_time_exceeds_flat_time",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_null_geodesics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_null_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_very_close_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_blended_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_photon_sphere_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_strong_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_weak_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_zero_schwarzschild",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_null_uses_ppn",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_timelike_static_uses_xi_proxy",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_timelike_orbit_uses_ppn",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_factor_2_warning_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_only_vs_full_gr_null",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_null_static_classification",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_timelike_static_classification",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_timelike_orbit_classification",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_regime_included_in_result",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_weak_field_xi_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_non_negative",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_D_positive_and_leq_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observable_dispatcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ssz_canonical_is_default",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ssz_absolute_vs_minkowski_delta",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_redshift_z_formula",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_redshift_energy_bookkeeping_multiplicative",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_gradient_determines_redshift",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_one_way_vs_round_trip_factor_2",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_excess_delay_positive",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_regime_classification_included",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_phase_shift_proportional_to_path_length",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ssz_vs_minkowski_phase_difference",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_minkowski_comparison_explicitly_not_truth",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ssz_primary_documented",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_observables_ssz_reference.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_solve_high_energy_density",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_solve_extreme_tidal_forces",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_solve_energy_source",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_solve_formation_dynamics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_find_all_solutions",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_solution_proposal_structure",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_test_proposed_solution",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_solution_categories",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_timeline_realism",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_problem_solutions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_theorem_1_metric_regularity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_proof_framework.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_theorem_2_timelike_worldline",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_proof_framework.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_theorem_3_distance_reduction",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_proof_framework.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_theorem_4_energy_conditions",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_proof_framework.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_theorem_5_tidal_safety",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_prove_all_theorems",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_proof_framework.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_proof_summary_generation",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_analyze_bridge_function",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_proof_status_values",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_proof_framework.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_theorem_result_structure",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_proof_framework.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_proof_framework.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_strong_bridge_theorems",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_proof_framework.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_proof_framework.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_quantum_consistency.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_quantum_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_compute_curvature_scale",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_quantum_consistency.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_quantum_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_estimate_hawking_temperature",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_quantum_consistency.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_quantum_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_check_quantum_inequalities",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_quantum_consistency.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_quantum_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_check_semicalssical_validity",
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      "quantity": "Tests and validation",
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      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_quantum_consistency.py",
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    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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    {
      "repository": "SSZ-HOW-TO-BEAM",
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    {
      "repository": "SSZ-HOW-TO-BEAM",
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    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "tolerance": "from implementation/fixture",
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    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_rho_reverses_sign_when_limits_swap",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_readiness_very_high_level",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_readiness_edge_cases.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_required_scores_all_levels",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_assess_readiness_photon",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
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      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_readiness_score.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_axis_scores_present",
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      "quantity": "Tests and validation",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
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      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_readiness_score.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_axis_structure",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
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      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_readiness_score.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
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      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_readiness_score.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_required_scores_photon",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_readiness_score.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_readiness_score.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_readiness_score.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_readiness_score.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_required_scores_mesoscopic",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_required_scores_macroscopic",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_readiness_score.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_readiness_score.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_readiness_score.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_readiness_score.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_readiness_score.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_readiness_score.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_readiness_score.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_all_levels_have_required_scores",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_readiness_score.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_readiness_score.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_simulation_runs",
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        "FAIL": 1,
        "FAILED": 1
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_simulation_imports",
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        "FAIL": 1,
        "FAILED": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_simulation_smoke.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_simulation_smoke.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_search_extreme_parameters",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_solution_finder.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_solution_finder.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_find_minimal_energy",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_solution_finder.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_solution_finder.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_optimize_for_extended_body_proxy",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
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      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_solution_finder.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_solution_finder.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_find_working_solution",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_solution_finder.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_solution_finder.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_working_solution_structure",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_solution_finder.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_solution_finder.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_partial_solution_acceptable",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_solution_finder.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_solution_finder.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_worldline_parameter_monotonic",
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      "quantity": "Tests and validation",
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        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_jump_from_a_to_b",
      "category": "Unit/integration test",
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        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_duplicate_endpoint_identity",
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      "quantity": "Tests and validation",
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        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_continuous_worldline_mode_default",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_copy_reconstruction_indicator",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_worldline_continuity_proxy",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_matter_continuity_documented",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_preserves_local_metric_structure",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_continuous_worldline_allows_proxy_pass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_copy_reconstruction_blocks_transport",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_destructive_scan_blocks_transport",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_biological_transport_not_validated",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_continuous_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_reduces_distance",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bridge_distance_calculation_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_negative_pathological_distance",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_distance_reduction_ratio",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_segment_overlap_proxy_indicator",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_overlap_finite_and_continuous",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_documented_limitations",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_effective_distance.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_non_negative",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_d_ssz_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_d_ssz_leq_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_increasing_xi_decreases_d",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ssz_metric_components_finite",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ssz_determinant_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ssz_inverse_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ssz_lorentzian_signature",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_finite_segmentation_at_critical_point",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_d_finite_at_high_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ssz_segmentation_rules.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_stability_analyzer_instantiation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_compute_effective_potential",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_analyze_stability_proxy",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_stability_result_structure",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_jebsen_birkhoff_check",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_full_stability_report",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_stability_weak_bridge",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_stability_strong_bridge",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_prove_stability_theorem",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_recommendations_present",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_stability_conclusion",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_stability_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_flat_parameters",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_equals_minkowski_spherical",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_determinant_flat",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_riemann_zero_for_flat",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ricci_zero_for_flat",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_einstein_zero_for_flat",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_no_false_curvature",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_flat_bridge.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_components",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_christoffel_zero",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_riemann_zero",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ricci_zero",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ricci_scalar_zero",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_einstein_zero",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_components",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_christoffel_nonzero_but_curvature_zero",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_riemann_zero_at_test_point",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ricci_zero_at_test_point",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ricci_scalar_zero_at_test_point",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_einstein_zero_at_test_point",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_shape",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_christoffel_shape",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_riemann_shape",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ricci_shape",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_einstein_shape",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_symmetric",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_christoffel_lower_symmetric",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ricci_symmetric",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_einstein_symmetric",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_riemann_antisymmetric_last_two",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_core_shapes.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_at_various_radii",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_near_schwarzschild_radius",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_inverse_metric_determinant",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ricci_scalar_finite_everywhere",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_curvature_invariants_positive",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_far_field_limit",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_spatial_components_scale_correctly",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_determinant_sign",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_tensor",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_tensor_matrix",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_inverse_metric",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_christoffel_symbols",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_christoffel_non_zero_symbols",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_riemann_tensor",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ricci_tensor",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_ricci_scalar",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_einstein_tensor",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_stress_energy_tensor",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_curvature_invariants",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_near_horizon",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_metric_far_field",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_christoffel_symmetry",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_tensor_scenario_different_radii",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_einstein_matches_ricci",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tensor_scaffold.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_analyzer_instantiation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_estimate_total_energy",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_check_exotic_matter",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_estimate_formation_time",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_estimate_maintenance_power",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_analyze_thermodynamics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_weak_bridge_thermo",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_prove_thermodynamic_theorem",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_thermodynamic_result_structure",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_energy_comparisons",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_feasibility_assessment",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_thermodynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_tidal_proxy_abs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tidal.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tidal.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_tidal_safety_pass_fail",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_tidal.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_tidal.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_extreme_weak",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_gradual_transfer",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_robotic_only",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_photon_only",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_explore_hybrid",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_find_best_strategy",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_photon_strategy_scoring",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_robotic_strategy_tidal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_all_strategies_return_valid",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_ultimate_solver.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_good_candidate_passes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_validators_and_reports.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_validators_and_reports.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bad_compression_rejected",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_validators_and_reports.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_validators_and_reports.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_bad_energy_rejected",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_validators_and_reports.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_validators_and_reports.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_report_renders",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_validators_and_reports.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_validators_and_reports.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_chain_rule_operator_differs_from_naive_for_nonzero_gradient",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_wave_operator_chain_rule.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_wave_operator_chain_rule.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_chain_rule_equals_naive_when_gradient_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_wave_operator_chain_rule.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_wave_operator_chain_rule.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_worldline_positive_continuous_no_ctc",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_worldline_negative_tau_fails",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_timelike_norm_scaled",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_worldline.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_worldline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_at_rs_canonical",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_canonical_values.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_canonical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_weak_branch_formula",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_canonical_values.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_canonical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_strong_branch_monotonic_derivative",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_canonical_values.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_canonical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_regime_boundaries",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_canonical_values.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_canonical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_forbidden_formula_hard_fail",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_canonical_values.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_canonical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_very_small_x",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_very_large_x",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_at_blend_boundaries",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_continuity_at_regime_boundaries",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_weak_formula_correctness",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_strong_formula_correctness",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_derivatives_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_d_ssz_from_xi",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_s_from_xi",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_d_ssz_s_consistency",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-HOW-TO-BEAM",
      "test_name": "test_xi_evaluation_structure",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py",
      "command": "pytest SSZ-HOW-TO-BEAM/tests/test_xi_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "06_FINDINGS_G79_CYGNUS_TESTS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/06_FINDINGS_G79_CYGNUS_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "EXACT_BENCHMARK_REPLAY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/EXACT_BENCHMARK_REPLAY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "EXTERNAL_DATA_VALIDATION_REPORT",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": {
        "SKIP": 4,
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/EXTERNAL_DATA_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "EXTERNAL_METRIC_COUNTERTEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIP": 5,
        "FAIL": 2,
        "FAILED": 3,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/EXTERNAL_METRIC_COUNTERTEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "FINAL_INTEGRITY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 74,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/FINAL_INTEGRITY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "FINAL_PROJECT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 23,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/FINAL_PROJECT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "OBSERVABLE_FORWARD_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/OBSERVABLE_FORWARD_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "REFACTOR_RESULT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 13
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/REFACTOR_RESULT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "SSZ_VALIDATION_SUMMARY_V2",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 6,
        "PASS": 21
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/SSZ_VALIDATION_SUMMARY_V2.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "VALIDATION_OUTPUTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 21,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/VALIDATION_OUTPUTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "run_all_tests",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 19,
        "PASS": 7,
        "FAIL": 12,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/run_all_tests.py",
      "command": "pytest SSZ-METRIC_COMPLETE/run_all_tests.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "verify_tests",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/verify_tests.py",
      "command": "pytest SSZ-METRIC_COMPLETE/verify_tests.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "FETCH_ALMA",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/external_validation/alma/FETCH_ALMA.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_diagonal_form",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy/docs_archive/test_diagonal_form.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy/docs_archive/test_diagonal_form.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_geodesics_and_limits",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy/docs_archive/test_geodesics_and_limits.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy/docs_archive/test_geodesics_and_limits.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_metric_compatibility",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy/docs_archive/test_metric_compatibility.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy/docs_archive/test_metric_compatibility.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_phi_g_satisfies_2pn_relation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_2pn_calibration.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_2pn_calibration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_gamma_cosh_relation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_2pn_calibration.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_2pn_calibration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_beta_tanh_relation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_2pn_calibration.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_2pn_calibration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_d_s_relation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_2pn_calibration.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_2pn_calibration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_2pn_vs_1pn_deviation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_2pn_calibration.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_2pn_calibration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_kerr_initialization",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_kerr_horizons_and_ergosphere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_kerr_metric_components",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_christoffel_numerical",
      "category": "Numerical test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_symbolic_curvature",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_observable_redshift_and_dilation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_null_shapiro_delay",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_null_lensing",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_timelike_orbit_precession",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_spiral_initialization",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_spiral_fields",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_spiral_metric_components",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_advanced_features.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_core_identities",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_core_identities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_core_identities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_horizons_exist",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_ergosphere_larger_than_horizon",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_frame_dragging_nonzero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_schwarzschild_limit_no_frame_drag",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_schwarzschild_limit_horizons",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_metric_components_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_g_tt_negative_outside_ergosphere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_redshift_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_fast_rotation_still_has_horizons",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_extremal_detection",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_A_positive_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_flatness_at_center",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_asymptotic_flatness",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_B_equals_1_over_A",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_metric_tensor",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_redshift_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_escape_velocity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_validation_checks",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_package_imports",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_package_imports.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_package_imports.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_nabla_g_earth_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_nabla_g_earth_intermediate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_nabla_g_sun_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_nabla_g_sun_intermediate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_energy_earth_low_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_energy_earth_high_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_energy_sun_surface",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_energy_sun_corona",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_nabla_g_different_samples",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_energy_different_steps",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_energy_different_dlam",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_gps_satellite_redshift",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_validation_ssz_calibrated.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_pound_rebka_harvard_tower",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_validation_ssz_calibrated.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_mountain_1km",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_validation_ssz_calibrated.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_asymptotic_flatness",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_validation_ssz_calibrated.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_trapz_vs_simps",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_validation_ssz_calibrated.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/legacy_test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_light_deflection_sun_grazing",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/integration/legacy_test_light_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/integration/legacy_test_light_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_deflection_inversely_proportional_to_b",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/integration/legacy_test_light_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/integration/legacy_test_light_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_deflection_scales_with_mass",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/integration/legacy_test_light_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/integration/legacy_test_light_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_shapiro_delay_sun_earth",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/integration/legacy_test_shapiro_delay.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/integration/legacy_test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_shapiro_increases_with_mass",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/integration/legacy_test_shapiro_delay.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/integration/legacy_test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_shapiro_weak_field_approximation",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/integration/legacy_test_shapiro_delay.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/integration/legacy_test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_blend_matches_strong_boundary_c0",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_blend_matches_weak_boundary_c0",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_blend_matches_strong_boundary_c1",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_blend_matches_weak_boundary_c1",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_blend_matches_strong_boundary_c2",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_blend_matches_weak_boundary_c2",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_xi_complete_strong_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_xi_complete_weak_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_xi_complete_blend_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/regimes/legacy_test_blend_c2_continuity.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_xi_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_d_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_xi_at_blend_min",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_xi_at_blend_max",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_xi_continuity_across_blend",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_phi_value",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_schwarzschild_radius_sun",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_d_never_zero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_d_finite_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py",
      "command": "pytest SSZ-METRIC_COMPLETE/legacy_tests/validation/legacy_test_critical_values.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "FINAL_COMPLETE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/reports/FINAL_COMPLETE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "FINAL_VALIDATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 26
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/reports/FINAL_VALIDATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "GEODESICS_VALIDATION_OUTPUT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/reports/GEODESICS_VALIDATION_OUTPUT.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "SSZ_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 12,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/reports/SSZ_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_report_latest",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2,
        "PASS": 51,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/reports/test_report_latest.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "external_countertest_report",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAIL": 3,
        "SKIP": 10,
        "FAILED": 3,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/src/ssz_metric_pure/external_countertest_report.py",
      "command": "pytest SSZ-METRIC_COMPLETE/src/ssz_metric_pure/external_countertest_report.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_canonical_xi_values",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_canonical_xi_primary.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_canonical_xi_primary.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_regime_routing",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_canonical_xi_primary.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_canonical_xi_primary.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_xi_is_primary",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_canonical_xi_primary.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_canonical_xi_primary.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_time_dilation_D",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_em_clock_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_em_clock_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_redshift_static_and_gps_proxy",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_em_clock_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_em_clock_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_radial_scaling_and_em_scaling",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_em_clock_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_em_clock_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_radial_time_correction",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_em_clock_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_em_clock_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_final_ssz_integrity_gate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_final_ssz_integrity_gate.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_final_ssz_integrity_gate.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_phi_constant",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_fine_structure_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_fine_structure_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_alpha_reference",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_fine_structure_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_fine_structure_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_fine_structure_proxy",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_fine_structure_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_fine_structure_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_planck_scale_context_and_limitations",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_fine_structure_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_fine_structure_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_no_fitting_validation_protocol",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_inputs_fixed_before_comparison",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_formula_source_declared",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_observable_method_assignment",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_reference_not_used_in_prediction",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_claim_scope",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_all_protocols",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_forward_anticircular_protocol.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_metric_diagonal_properties",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_metric_diagonal.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_metric_diagonal.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_metric_from_xi_construction",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_metric_from_xi.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_metric_from_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_multiscale_anti_circularity_registry_records",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_multiscale_forward_anticircularity.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_multiscale_forward_anticircularity.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_domain_docs_and_matrix_existence",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_multiscale_usecase_matrix.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_multiscale_usecase_matrix.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_domain_modules_imports",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_multiscale_usecase_matrix.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_multiscale_usecase_matrix.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_domains_list_and_limitations",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_multiscale_usecase_matrix.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_multiscale_usecase_matrix.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_neutron_star_surface_physics",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_neutron_star_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_neutron_star_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_neutron_star_report_and_limitations",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_neutron_star_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_neutron_star_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_eos_parameters",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_perfect_fluid_construction",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_source_consistency_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_vacuum_solution",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_interior_solution",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_standard_perturbations",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_linearization",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_curvature_perturbation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_stability_spectrum",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_radial_stability",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_stability_summary",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_validator_initialization",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_alma_data_loading",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_nicer_data_loading",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_prediction_generation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_device_simulator_creation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_gate_timing_correction",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_phase_accumulation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_height_sensitivity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_tolerance_analysis",
      "category": "Numerical test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_error_budget",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_feasibility_assessment",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_qubit_array_simulation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_gate_fidelity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_device_comparison",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_new_capabilities.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_no_faker_imports_in_source",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_no_faking_in_tests.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_no_faking_in_tests.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_no_random_data_in_assertions",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_no_faking_in_tests.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_no_faking_in_tests.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_all_assertions_use_calculated_values",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_no_faking_in_tests.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_no_faking_in_tests.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_no_fitting_terms_in_canonical_paths",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_no_fitting_in_canonical_validation.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_no_fitting_in_canonical_validation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_no_kerr_in_core",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_no_kerr_in_core.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_no_kerr_in_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_observable_method_matrix_routing",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_method_matrix.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_method_matrix.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_entire_registry_routing_rules",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_method_matrix.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_method_matrix.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_null_ppn_completion_recovers_full_solar_limb_deflection",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_method_matrix.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_method_matrix.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_gps_time_dilation_clocks",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_redshift_predictions",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_lensing_deflection",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_shapiro_delay",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_perihelion_orbit_precession",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_dual_velocity_invariant",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_finite_horizon",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_light_travel_time_radial_correction",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_energy_condition_diagnostics_proxy",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_predictions_forward.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_observable_classification_routing",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_prime_directive.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_prime_directive.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_ppn_completion_evaluation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_prime_directive.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_prime_directive.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_registry_entries_completeness",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_registry.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_registry.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_get_observable",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_registry.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_registry.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_validation_suite_execution",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAIL": 4,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_observable_validation_report.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_observable_validation_report.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_package_import",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_package_import.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_package_import.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_local_c_invariance",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_phase_frequency_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_phase_frequency_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_frequency_ratio_uses_D",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_phase_frequency_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_phase_frequency_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_wavelength_ratio_uses_s",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_phase_frequency_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_phase_frequency_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_phase_integral_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_phase_frequency_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_phase_frequency_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_frequency_curvature_proxy",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_phase_frequency_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_phase_frequency_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_clock_ratio",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_phase_frequency_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_phase_frequency_domain.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_phi_lattice_points_monotonicity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_phi_lattice_segmentation.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_phi_lattice_segmentation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_radius_index_conversions",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_phi_lattice_segmentation.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_phi_lattice_segmentation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_segment_distance_stretching_and_monotonicity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_phi_lattice_segmentation.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_phi_lattice_segmentation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_segment_density_outward_decrease",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_phi_lattice_segmentation.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_phi_lattice_segmentation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_segment_count_proxy",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_phi_lattice_segmentation.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_phi_lattice_segmentation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_readme_purity",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_repo_metadata_and_install_docs.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_repo_metadata_and_install_docs.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_install_scripts_purity",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_repo_metadata_and_install_docs.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_repo_metadata_and_install_docs.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_requirements_and_pyproject_alignment",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_repo_metadata_and_install_docs.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_repo_metadata_and_install_docs.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_segment_properties",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_segmentation_concept.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_segmentation_concept.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_algebraic_complementary_identity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_segmentation_concept.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_segmentation_concept.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_segment_distance",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_segmentation_concept.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_segmentation_concept.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_local_c_invariance",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_segmentation_concept.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_segmentation_concept.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_c2_blend_continuity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_segmentation_concept.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_segmentation_concept.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_shapiro_sun_earth_minimal",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_shapiro_weak_field_exact",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_shapiro_numerical_exact",
      "category": "Numerical test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_shapiro_full_structure",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_deflection_sun_minimal",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_deflection_weak_field_exact",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_deflection_proportional_to_1_b",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_deflection_proportional_to_mass",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_deflection_full_structure",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_shapiro_minimal_vs_exact",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_deflection_minimal_vs_exact",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_shapiro_deflection.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_schwarzschild_radius_evaluations",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_strong_field_compact_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_strong_field_compact_domain.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_regime_and_compactness_reports",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_strong_field_compact_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_strong_field_compact_domain.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_finite_boundary_report",
      "category": "Limit test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_strong_field_compact_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_strong_field_compact_domain.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_energy_condition_regime",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_strong_field_compact_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_strong_field_compact_domain.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_tensor_no_freeze_dynamic",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_tensor_no_freeze.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_tensor_no_freeze.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_tensor_pipeline_no_freeze",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_tensor_pipeline.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_tensor_pipeline.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_weak_field_limit",
      "category": "Limit test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_weak_field_ppn.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_weak_field_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_ppn_parameters",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_weak_field_ppn_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_weak_field_ppn_domain.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_lensing_and_shapiro_completion",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_weak_field_ppn_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_weak_field_ppn_domain.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_perihelion_orbit_calculations",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_weak_field_ppn_domain.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_weak_field_ppn_domain.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_whole_ssz_architecture_integration",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_whole_ssz_architecture.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_whole_ssz_architecture.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_specific_lino_function_existence",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_whole_ssz_architecture.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_whole_ssz_architecture.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_essential_documentation_and_script_existence",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests/test_whole_ssz_architecture.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests/test_whole_ssz_architecture.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_mocked_alma_search_and_locate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_alma_fetch_contract.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_alma_fetch_contract.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_alma_manifest_generation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_alma_fetch_contract.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_alma_fetch_contract.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_mocked_alma_download_and_verify",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_alma_fetch_contract.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_alma_fetch_contract.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_alma_pipeline_contract",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_alma_pipeline_contract.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_alma_pipeline_contract.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_manifest_schema_conformity",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_external_data_manifest.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_external_data_manifest.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_anticircularity_model_dependency_status",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAIL": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_external_forward_anticircularity.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_external_forward_anticircularity.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_no_fitting_in_external_validation",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": {
        "FAIL": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_external_forward_anticircularity.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_external_forward_anticircularity.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_validation_report_generation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_external_validation_report.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_external_validation_report.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_manifest_read_write_directory",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_fetch_common.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_fetch_common.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_size_estimation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_fetch_common.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_fetch_common.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_download_authorization_guards",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_fetch_common.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_fetch_common.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_file_inventory",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_fetch_common.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_fetch_common.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_dependency_checking",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_fetch_common.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_fetch_common.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_cli_help_options",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_fetch_scripts_cli.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_fetch_scripts_cli.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_mocked_nicer_search_and_locate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_nicer_fetch_contract.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_nicer_fetch_contract.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_nicer_manifest_generation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_nicer_fetch_contract.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_nicer_fetch_contract.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_mocked_nicer_download_and_verify",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_nicer_fetch_contract.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_nicer_fetch_contract.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_nicer_pipeline_contract",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external/test_nicer_pipeline_contract.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external/test_nicer_pipeline_contract.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_alma_countertest",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external_countertests/test_alma_exact_countertest_contract.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external_countertests/test_alma_exact_countertest_contract.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_cli_help_options",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external_countertests/test_cli_countertest_runner.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external_countertests/test_cli_countertest_runner.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_countertest_report_generation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external_countertests/test_countertest_report_generation.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external_countertests/test_countertest_report_generation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_exact_benchmark_replay",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external_countertests/test_exact_benchmark_replay.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external_countertests/test_exact_benchmark_replay.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_exact_comparison_modes",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external_countertests/test_exact_comparison_modes.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external_countertests/test_exact_comparison_modes.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_negative_controls",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAIL": 3,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external_countertests/test_negative_controls.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external_countertests/test_negative_controls.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_nicer_countertest",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external_countertests/test_nicer_exact_countertest_contract.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external_countertests/test_nicer_exact_countertest_contract.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_anticircularity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external_countertests/test_no_circular_external_validation.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external_countertests/test_no_circular_external_validation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_derivation_contract",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external_countertests/test_observable_derivation_contract.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external_countertests/test_observable_derivation_contract.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_parameter_manifest",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external_countertests/test_parameter_manifest.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external_countertests/test_parameter_manifest.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "SSZ-METRIC_COMPLETE",
      "test_name": "test_prediction_bindings",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/SSZ-METRIC_COMPLETE/tests_external_countertests/test_prediction_binding_contract.py",
      "command": "pytest SSZ-METRIC_COMPLETE/tests_external_countertests/test_prediction_binding_contract.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "31_OF_31_TESTS_PASSED_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 4,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/31_OF_31_TESTS_PASSED_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_TEST_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 13,
        "PASS": 6,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/COLAB_TEST_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_REPOSITORY_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 19
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/COMPLETE_REPOSITORY_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_VALIDATION_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 34,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/COMPLETE_VALIDATION_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPREHENSIVE_SCRIPT_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/COMPREHENSIVE_SCRIPT_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ppn_exact",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/COMPREHENSIVE_TESTS_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ppn_beta_equals_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/COMPREHENSIVE_TESTS_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_with_real_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_synthetic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_growth_calculation_known_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_with_real_observations",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_IMPROVEMENT_STATUS_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/DATA_IMPROVEMENT_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_IMPROVEMENT_STATUS_REPORT_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/DATA_IMPROVEMENT_STATUS_REPORT_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOUBLE_CHECK_VALIDATION_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 10,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/DOUBLE_CHECK_VALIDATION_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_PRINT_AUDIT_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/FINAL_PRINT_AUDIT_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_RELEASE_EXECUTION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 30,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/FINAL_RELEASE_EXECUTION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_REPOSITORY_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/FINAL_REPOSITORY_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_STATUS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8,
        "PASSED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/FINAL_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FULL_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 57
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/FULL_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "HAWKING_SPECTRUM_TEST_INTERPRETATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/HAWKING_SPECTRUM_TEST_INTERPRETATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "HAWKING_TOOLKIT_PLATFORM_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/HAWKING_TOOLKIT_PLATFORM_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_something",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_my_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_my_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INSTALL_TEST_CHANGES_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 18,
        "PASSED": 13,
        "PASS": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_CHANGES_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_core_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_data_files_exist",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_config_files_exist",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_basic_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_enhanced_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LINUX_TEST_FAILURE_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 5,
        "PASSED": 3,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/LINUX_TEST_FAILURE_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LINUX_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 23,
        "PASS": 3,
        "FAILED": 4,
        "SKIP": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/LINUX_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LINUX_TEST_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "FAILED": 3,
        "SKIPPED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/LINUX_TEST_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PAIRED_TEST_ANALYSIS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/PAIRED_TEST_ANALYSIS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PERFECT_PAIRED_TEST_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/PERFECT_PAIRED_TEST_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PHYSICAL_EXPLANATION_ESO_VALIDATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/PHYSICAL_EXPLANATION_ESO_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PHYSICS_TESTS_COMPLETE_LIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/PHYSICS_TESTS_COMPLETE_LIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_INTEGRATION_TEST_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "PASS": 11
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/PIPELINE_INTEGRATION_TEST_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 7,
        "FAIL": 2,
        "SKIP": 7,
        "SKIPPED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/PIPELINE_TESTS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 7,
        "FAIL": 2,
        "SKIP": 7,
        "SKIPPED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/PIPELINE_TESTS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PLATFORM_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/PLATFORM_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICK_TEST_COMMANDS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/QUICK_TEST_COMMANDS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_QUALITY_REPORT_v1.3.0",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/REPOSITORY_QUALITY_REPORT_v1.3.0.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "RUN_TESTS_QUICK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/RUN_TESTS_QUICK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SCRIPT_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 9,
        "FAILED": 1,
        "PASS": 38
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/SCRIPT_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SILENT_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 25,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/SILENT_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SMOKE_TESTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 3,
        "PASSED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/SMOKE_TESTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SSZ_COMPLETE_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/SSZ_COMPLETE_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_COLAB_CLONE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "SKIP": 9,
        "PASS": 2,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_COLAB_CLONE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_COUNT_CORRECTION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_COUNT_CORRECTION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_FAILURES_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "FAILED": 9,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_FAILURES_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_METHODOLOGY_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_METHODOLOGY_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SEGWAVE_CORE_FIX_NEEDED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "PASS": 1,
        "SKIPPED": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SEGWAVE_CORE_FIX_NEEDED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_INVENTORY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 26
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SUITE_INVENTORY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1,
        "FAILED": 4,
        "PASSED": 3,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SUITE_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_RESULTS_2025-12-07",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 13,
        "SKIPPED": 5,
        "PASS": 51,
        "SKIP": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SUITE_RESULTS_2025-12-07.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SUITE_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_VERIFICATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 14,
        "PASS": 6,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SUITE_VERIFICATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_VERIFICATION_EN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "PASS": 6,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SUITE_VERIFICATION_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TOE_MISSING_TESTS_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TOE_MISSING_TESTS_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TOE_VALIDATION_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/TOE_VALIDATION_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "UNIFIED_VALIDATION_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/UNIFIED_VALIDATION_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VALIDATION_EXTERNAL_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 5,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/VALIDATION_EXTERNAL_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VALIDATION_FRAMEWORK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 18,
        "FAILED": 2,
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/VALIDATION_FRAMEWORK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERBOSE_TESTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/VERBOSE_TESTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERBOSE_TESTS_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/VERBOSE_TESTS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERBOSE_TESTS_PROGRESS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/VERBOSE_TESTS_PROGRESS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERBOSE_TESTS_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/VERBOSE_TESTS_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "calculation_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/calculation_test.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/calculation_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "extend_all_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "SKIP": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/extend_all_tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/extend_all_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "final_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/final_test.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/final_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "generate_test_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/generate_test_data.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/generate_test_data.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "investigate_paired_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/investigate_paired_test.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/investigate_paired_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "lagrangian_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/lagrangian_tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/lagrangian_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "lino_qed_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/lino_qed_test.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/lino_qed_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "perfect_paired_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/perfect_paired_test.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/perfect_paired_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "perfect_paired_test_detailed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/perfect_paired_test_detailed.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/perfect_paired_test_detailed.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "phi_bic_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/phi_bic_test.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/phi_bic_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "phi_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/phi_test.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/phi_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "run_bomb_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "SKIP": 4,
        "FAILED": 2,
        "FAIL": 3,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/run_bomb_tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/run_bomb_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "run_complete_test_suite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4,
        "SKIPPED": 10,
        "PASSED": 22,
        "FAILED": 22,
        "FAIL": 6,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/run_complete_test_suite.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/run_complete_test_suite.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "run_comprehensive_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/run_comprehensive_tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/run_comprehensive_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "segmented_spacetime_mass_validation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/segmented_spacetime_mass_validation.csv",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "segspace_enhanced_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/segspace_enhanced_test.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/segspace_enhanced_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "segspace_enhanced_test_better",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/segspace_enhanced_test_better.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/segspace_enhanced_test_better.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "segspace_enhanced_test_better_final",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/segspace_enhanced_test_better_final.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/segspace_enhanced_test_better_final.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "segspace_final_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 2,
        "SKIP": 3,
        "FAIL": 1,
        "SKIPPED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/segspace_final_test.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/segspace_final_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "segspacetime_quick_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/segspacetime_quick_tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/segspacetime_quick_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 41,
        "SKIPPED": 1,
        "FAIL": 2,
        "PASSED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/smoke_test_all.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/smoke_test_all.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_logarithmic_precision",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "PASS": 1,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_parameter_sensitivity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "PASS": 1,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_single_calculation_speed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "PASS": 1,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_vectorized_calculations",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "PASS": 1,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_solar_mass_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "PASS": 1,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_sgr_a_star_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "PASS": 1,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_mathematical_properties",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "PASS": 1,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/ssz_test_suite.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "stratified_paired_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/stratified_paired_test.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/stratified_paired_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_c1_segments",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_c1_segments.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_c1_segments.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_c2_curvature_proxy",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "FAIL": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_c2_curvature_proxy.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_c2_curvature_proxy.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_c2_segments_strict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_c2_segments_strict.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_c2_segments_strict.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_clone_and_verify",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_clone_and_verify.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_clone_and_verify.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_energies_minimal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 15,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_energies_minimal.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_energies_minimal.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_energy_1000_objects",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6,
        "FAILED": 5,
        "PASS": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_energy_1000.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_energy_1000.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_energy_conditions",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_energy_conditions.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_grid_convergence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 5,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_grid_convergence.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_grid_convergence.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_hawking_fit",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_hawking_fit.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_output_script",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_output_script.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_output_script.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_impact",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_phi_impact.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_phi_impact.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ppn_exact",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": {
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_ppn_exact.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_ppn_exact.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_solutions_100_percent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_solutions_100_percent.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_solutions_100_percent.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_theory_predictions_cross_platform",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_theory_predictions_cross_platform.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_theory_predictions_cross_platform.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_utf8_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_utf8_encoding.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_utf8_encoding.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_vfall_duality",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/test_vfall_duality.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/test_vfall_duality.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PAIRED_TEST_ANALYSIS_COMPLETE_OLD",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/archive/v1.3.0/PAIRED_TEST_ANALYSIS_COMPLETE_OLD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "run_all_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/ci/run_all_tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/ci/run_all_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "summary-all-tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 9,
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/ci/summary-all-tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/ci/summary-all-tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CROSS_REFERENCE_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/docs/improvement/CROSS_REFERENCE_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LIMIT_BEHAVIOR_REPORT",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/docs/improvement/LIMIT_BEHAVIOR_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPRODUCIBILITY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/docs/improvement/REPRODUCIBILITY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "16_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 33,
        "FAILED": 2,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/docs/theory/16_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_pipeline_quick",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "SKIP": 2,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/evidenz-ssz/scripts/test_pipeline_quick.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/evidenz-ssz/scripts/test_pipeline_quick.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_pipeline_quick",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "SKIP": 2,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/evidenz-ssz/scripts/tools/test_pipeline_quick.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/evidenz-ssz/scripts/tools/test_pipeline_quick.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ALL_TESTS_PRINT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 252
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/final_reports/testergebnisse/ALL_TESTS_PRINT.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "final_test_report",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/out/final_test_report.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_SSZ_VALIDATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/outputs/COMPLETE_SSZ_VALIDATION.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_TEST_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 41,
        "FAILED": 1,
        "SKIPPED": 25
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/outputs/COMPLETE_TEST_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_VALIDATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "SKIPPED": 1,
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/outputs/COMPLETE_VALIDATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SSZ_VALIDATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/outputs/SSZ_VALIDATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "complete_test_results",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 26,
        "PASSED": 35,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/outputs/complete_test_results.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "0804.0266v1.pdf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/papers/validation/0804.0266v1.pdf.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "Segmented_Spacetime_and_the_Origin_of_Molecular_Zones_in_Expanding_Nebulae.docx",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/papers/validation/Segmented_Spacetime_and_the_Origin_of_Molecular_Zones_in_Expanding_Nebulae.docx.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "stu296.pdf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/papers/validation/stu296.pdf.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_REPORTS_INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 13,
        "PASSED": 3,
        "FAILED": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/reports/TEST_REPORTS_INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "check_test_documentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/check_test_documentation.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/check_test_documentation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICK_FIX_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/QUICK_FIX_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "README_SCRIPTS_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/README_SCRIPTS_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "README_THEORY_PREDICTIONS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/README_THEORY_PREDICTIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "conftest",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/conftest.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/conftest.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_cosmo_fields_added",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_cosmo_fields.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_cosmo_fields.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_sigma_additive_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_cosmo_multibody.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_cosmo_multibody.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_tau_monotonic_with_alpha",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_cosmo_multibody.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_cosmo_multibody.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_refractive_index_baseline",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_cosmo_multibody.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_cosmo_multibody.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_gaia_smoke",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_fetch.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_fetch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_sdss_smoke",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_fetch.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_fetch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_planck_presence",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_fetch.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_fetch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "SKIP": 6,
        "PASSED": 7,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_debug_data_structure",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "SKIP": 6,
        "PASSED": 7,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_debug_data_values",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "SKIP": 6,
        "PASSED": 7,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_enhanced_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "SKIP": 6,
        "PASSED": 7,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_enhanced_debug_data_structure",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "SKIP": 6,
        "PASSED": 7,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_timeseries_template_valid",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "SKIP": 6,
        "PASSED": 7,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_thermal_spectrum_template_valid",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "SKIP": 6,
        "PASSED": 7,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_data_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_data_loader_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "SKIP": 6,
        "PASSED": 7,
        "FAILED": 9
      },
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "tolerance": "from implementation/fixture",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_gaia_required_columns.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_gaia_required_columns.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_gaia_required_columns.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_gaia_required_columns.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
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    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_horizon_hawking_predictions.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_horizon_hawking_predictions.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_horizon_hawking_predictions.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_horizon_hawking_predictions.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_horizon_hawking_predictions.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_horizon_hawking_predictions.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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        "PASSED": 8,
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_horizon_hawking_predictions.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_horizon_hawking_predictions.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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        "SKIP": 3,
        "PASSED": 8,
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      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_horizon_hawking_predictions.py",
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      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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        "PASSED": 8,
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_horizon_hawking_predictions.py",
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      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_horizon_hawking_predictions.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_horizon_hawking_predictions.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_plot_ssz_maps.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_plot_ssz_maps.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_plot_ssz_maps.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_segmenter.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_segmenter.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_ssz_invariants.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_ssz_invariants.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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    {
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_utf8_encoding.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/test_utf8_encoding.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ALL_TESTS_PRINT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 252
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/testergebnisse/2025-10-17_gaia_ssz_real/ALL_TESTS_PRINT.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ADDITIONAL_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/ADDITIONAL_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_single_gamma",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_frequency_decreases_with_gamma",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_perfect_match",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_systematic_bias",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_constant_q",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_all_ones",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_increasing_sequence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/COMPLETE_test_segwave_core_verbose.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICK_FIX_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/QUICK_FIX_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "README_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 7,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/README_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ppn_exact",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/REAL_DATA_TESTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ppn_beta_equals_one",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/REAL_DATA_TESTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_compare_with_eht_shadow",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/REAL_DATA_TESTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_harmonize_columns_rejects_missing_errors",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/TEST_UPDATES_2025-10-18.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_core_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/quick_install_tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/quick_install_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_essential_data_files_exist",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/quick_install_tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/quick_install_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_config_files_exist",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/quick_install_tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/quick_install_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_basic_ppn_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/quick_install_tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/quick_install_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_dual_velocity_invariant",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/quick_install_tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/quick_install_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_segwave_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/quick_install_tests.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/quick_install_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_print_all_md_basic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_print_all_md.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_print_all_md.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_print_all_md_depth_order",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_print_all_md.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_print_all_md.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_print_all_md_exclude_dirs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_print_all_md.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_print_all_md.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_print_all_md_size_limit",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_print_all_md.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_print_all_md.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_print_all_md_no_files",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_print_all_md.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_print_all_md.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_print_all_md_custom_includes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_print_all_md.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_print_all_md.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_dataset_completeness",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ring_datasets.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ring_datasets.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_statistics",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ring_datasets.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ring_datasets.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_temperature_gradient",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ring_datasets.py",
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    {
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      "tolerance": "from implementation/fixture",
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    {
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      "tolerance": "from implementation/fixture",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_cli.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_cli.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_cli.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_cli.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    {
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    {
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    {
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    {
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    {
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    {
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      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_core.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_core.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "PASS": 3,
        "FAIL": 3,
        "FAILED": 2,
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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        "PASS": 3,
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        "FAILED": 2,
        "SKIP": 1
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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        "PASS": 3,
        "FAIL": 3,
        "FAILED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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        "PASS": 3,
        "FAIL": 3,
        "FAILED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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        "PASS": 3,
        "FAIL": 3,
        "FAILED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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        "PASS": 3,
        "FAIL": 3,
        "FAILED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_metric_continuity",
      "category": "Data comparison",
      "quantity": "Tests and validation",
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        "PASS": 3,
        "FAIL": 3,
        "FAILED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/test_ssz_real_data_comprehensive.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_two_body_sigma_superposition",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/cosmos/test_multi_body_sigma.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/cosmos/test_multi_body_sigma.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/cosmos/lastworking/conftest.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/cosmos/lastworking/conftest.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_two_body_sigma_superposition",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/cosmos/lastworking/test_multi_body_sigma.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/cosmos/lastworking/test_multi_body_sigma.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "README",
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      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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        "SKIP": 1
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      "tolerance": "from implementation/fixture",
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      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/conftest.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_invalid_density_raises",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
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      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_mixed_residuals",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_constant_q",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_all_ones",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_increasing_sequence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py",
      "command": "pytest Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/test_segwave_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_VALIDATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/COMPLETE_VALIDATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "console_log",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/console_log.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "full-output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 15,
        "PASS": 7,
        "FAILED": 4,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/full-output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "validation_results",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/validation_results.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_crossover",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/02_MATHEMATICAL_FORMULAS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_causality",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/02_MATHEMATICAL_FORMULAS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "0804.0266v1.pdf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/0804.0266v1.pdf.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "16_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 33,
        "FAILED": 2,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/16_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "31_OF_31_TESTS_PASSED_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 4,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/31_OF_31_TESTS_PASSED_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ADDITIONAL_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ADDITIONAL_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ADDONS_USAGE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ADDONS_USAGE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ALL_PIPELINES_100_PERCENT_PASS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 5,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ALL_PIPELINES_100_PERCENT_PASS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ALL_PIPELINES_TESTED_OUTPUTS_GENERATED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ALL_PIPELINES_TESTED_OUTPUTS_GENERATED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "AUTO_MODE_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/AUTO_MODE_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "AddressingtheLimitationsofArbitraryPrecisionComputation-ACallforCollaborativeSolutions-byLinoCasuandAkiraAI",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/AddressingtheLimitationsofArbitraryPrecisionComputation-ACallforCollaborativeSolutions-byLinoCasuandAkiraAI.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "BUGFIXES_2025-10-18",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/BUGFIXES_2025-10-18.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "BUILD_DEBIAN_PACKAGE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/BUILD_DEBIAN_PACKAGE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CHANGELOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CHANGELOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CHANGELOG_2025-10-28",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CHANGELOG_2025-10-28.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CHANGELOG_PAPER_EXPORTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CHANGELOG_PAPER_EXPORTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CODE_DOCUMENTATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 33,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CODE_DOCUMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_COMPATIBILITY_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "SKIP": 1,
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COLAB_COMPATIBILITY_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_COMPLETENESS_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COLAB_COMPLETENESS_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_COMPLETE_SETUP_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 6,
        "PASSED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COLAB_COMPLETE_SETUP_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_MASTER_COMPLETE_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20,
        "SKIP": 8,
        "PASSED": 3,
        "FAILED": 3,
        "SKIPPED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COLAB_MASTER_COMPLETE_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_TEST_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 13,
        "PASS": 6,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COLAB_TEST_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_WARNINGS_EXPLAINED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 6,
        "FAIL": 3,
        "PASSED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COLAB_WARNINGS_EXPLAINED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMBINED_FIXES_IMPACT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMBINED_FIXES_IMPACT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMMIT_MESSAGES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMMIT_MESSAGES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_INTEGRATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPLETE_INTEGRATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_REPOSITORY_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 19
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPLETE_REPOSITORY_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_SCIENTIFIC_DOCUMENTATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 18,
        "FAILED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPLETE_SCIENTIFIC_DOCUMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_STATUS_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPLETE_STATUS_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_VALIDATION_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 34,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPLETE_VALIDATION_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPREHENSIVE_SCRIPT_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPREHENSIVE_SCRIPT_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPREHENSIVE_TESTING_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 4,
        "FAILED": 1,
        "PASS": 6,
        "PASSED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPREHENSIVE_TESTING_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ppn_exact",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPREHENSIVE_TESTS_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ppn_beta_equals_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPREHENSIVE_TESTS_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_your_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CONTRIBUTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ppn_limit",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CONTRIBUTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_with_real_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_synthetic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_growth_calculation_known_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_with_real_observations",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CROSS_PLATFORM_COMPATIBILITY_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CROSS_PLATFORM_COMPATIBILITY_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CROSS_PLATFORM_NOTES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CROSS_PLATFORM_NOTES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CROSS_PLATFORM_SUBPROCESS_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CROSS_PLATFORM_SUBPROCESS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CROSS_PLATFORM_TESTING",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1,
        "SKIP": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CROSS_PLATFORM_TESTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_ACCESS_REPRODUCIBILITY_CRISIS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_ACCESS_REPRODUCIBILITY_CRISIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_redshift_consistency",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_orbital_parameters",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_spectrum",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_multifreq",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_real_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_EXPANSION_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_by_category",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_EXPANSION_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_FETCHING_README",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_FETCHING_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_IMPROVEMENT_ROADMAP",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_IMPROVEMENT_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_IMPROVEMENT_ROADMAP_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_IMPROVEMENT_ROADMAP_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_IMPROVEMENT_STATUS_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_IMPROVEMENT_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_IMPROVEMENT_STATUS_REPORT_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_IMPROVEMENT_STATUS_REPORT_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_QUALITY_FINAL_STATUS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_QUALITY_FINAL_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_USAGE_SUMMARY",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_USAGE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_IMPROVEMENT_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOCUMENTATION_IMPROVEMENT_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_IMPROVEMENT_ROADMAP_DE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOCUMENTATION_IMPROVEMENT_ROADMAP_DE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOCUMENTATION_INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_LOCATIONS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOCUMENTATION_LOCATIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_STATUS_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOCUMENTATION_STATUS_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_UPDATE_100_PERCENT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOCUMENTATION_UPDATE_100_PERCENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_UPDATE_2025-10-29",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOCUMENTATION_UPDATE_2025-10-29.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOUBLE_CHECK_VALIDATION_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 10,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOUBLE_CHECK_VALIDATION_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ENCODING_FIX_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ENCODING_FIX_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ENERGY_FRAMEWORK_UPDATE_2025-12-07",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ENERGY_FRAMEWORK_UPDATE_2025-12-07.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "EQUILIBRIUM_RADIUS_SOLUTION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/EQUILIBRIUM_RADIUS_SOLUTION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "EXTENDED_METRICS_INTEGRATION",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/EXTENDED_METRICS_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_orbital",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/EXTERNAL_DATASETS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "EXTERNAL_DATA_INTEGRATION_CRITICAL_WARNINGS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6,
        "FAILED": 4,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/EXTERNAL_DATA_INTEGRATION_CRITICAL_WARNINGS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FAQ",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FAQ.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FEHLERQUELLEN_UND_LÖSUNGEN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FEHLERQUELLEN_UND_LÖSUNGEN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FEHLERSUCHE_KOMPLETT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FEHLERSUCHE_KOMPLETT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_EXECUTION_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_EXECUTION_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_PRINT_AUDIT_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_PRINT_AUDIT_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_README_UPDATE_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_README_UPDATE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_RELEASE_EXECUTION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 30,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_RELEASE_EXECUTION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_REPOSITORY_CHECK_2025-10-20",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_REPOSITORY_CHECK_2025-10-20.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_REPOSITORY_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_REPOSITORY_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_RUN_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_RUN_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_SOLUTION_PYTEST_CACHE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_SOLUTION_PYTEST_CACHE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_STATUS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8,
        "PASSED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_VERIFICATION_2025-10-28",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 14,
        "PASS": 18,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_VERIFICATION_2025-10-28.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FIX_ALL_PIPELINES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 17,
        "SKIP": 8,
        "FAIL": 1,
        "PASSED": 6,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FIX_ALL_PIPELINES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FULL_OUTPUT_MD_ANALYSIS_PERFECT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "FAILED": 4,
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FULL_OUTPUT_MD_ANALYSIS_PERFECT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FULL_OUTPUT_QUALITY_REVIEW",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 7,
        "FAIL": 3,
        "PASS": 9,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FULL_OUTPUT_QUALITY_REVIEW.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FULL_OUTPUT_REVIEW",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "PASSED": 6,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FULL_OUTPUT_REVIEW.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FULL_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 57
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FULL_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "Final Paper — Φ, Β & Euler (segmented Spacetime)",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/Final Paper — Φ, Β & Euler (segmented Spacetime).md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "GITHUB_PUSH_INSTRUCTIONS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/GITHUB_PUSH_INSTRUCTIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "GIT_COMMIT_PUSH_MANUAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/GIT_COMMIT_PUSH_MANUAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "GIT_HYBRID_STRATEGY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/GIT_HYBRID_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "GIT_LFS_READY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/GIT_LFS_READY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "GIT_SYNC_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/GIT_SYNC_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "GOOGLE_COLAB_SETUP_DE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/GOOGLE_COLAB_SETUP_DE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "HAWKING_PROXY_TOOLKIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/HAWKING_PROXY_TOOLKIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "HAWKING_SPECTRUM_IMPLEMENTATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/HAWKING_SPECTRUM_IMPLEMENTATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "HAWKING_SPECTRUM_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/HAWKING_SPECTRUM_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "HAWKING_SPECTRUM_TEST_INTERPRETATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/HAWKING_SPECTRUM_TEST_INTERPRETATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "HAWKING_TOOLKIT_PLATFORM_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/HAWKING_TOOLKIT_PLATFORM_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "IMPLEMENTATION_CONTRACT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/IMPLEMENTATION_CONTRACT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_something",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_my_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_my_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INSTALL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 7,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INSTALL_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INSTALL_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "SKIP": 1,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INSTALL_TEST_CHANGES_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 18,
        "PASSED": 13,
        "PASS": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_CHANGES_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_core_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_data_files_exist",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_config_files_exist",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_basic_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_enhanced_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INTEGRATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INTEGRATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_redshift_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LABORATORY_COMPARABILITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_multi_frequency_sources",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LABORATORY_COMPARABILITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_cross_instrument",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LABORATORY_COMPARABILITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LINUX_FIX_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20,
        "FAIL": 4,
        "PASSED": 9,
        "SKIPPED": 2,
        "FAILED": 1,
        "SKIP": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LINUX_FIX_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LINUX_TEST_FAILURE_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 5,
        "PASSED": 3,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LINUX_TEST_FAILURE_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LINUX_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 23,
        "PASS": 3,
        "FAILED": 4,
        "SKIP": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LINUX_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LINUX_TEST_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "FAILED": 3,
        "SKIPPED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LINUX_TEST_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LOGGING_SYSTEM_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "FAILED": 3,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LOGGING_SYSTEM_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "MD_ECHO_SIMPLIFIED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/MD_ECHO_SIMPLIFIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "MISSING_DATA_ANALYSIS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/MISSING_DATA_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "MISSING_FILES_INVENTORY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 23
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/MISSING_FILES_INVENTORY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "NED_SPECTRUM_INTEGRATION_2025-10-19",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/NED_SPECTRUM_INTEGRATION_2025-10-19.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "OPTIMIZATION_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/OPTIMIZATION_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "OUTPUT_LOGS_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAIL": 5,
        "PASSED": 3,
        "FAILED": 6,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/OUTPUT_LOGS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "OUT_OF_DATA_LINO_CASU_STATEMENT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/OUT_OF_DATA_LINO_CASU_STATEMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PAIRED_TEST_ANALYSIS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PAIRED_TEST_ANALYSIS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PAPER_EXPORTS_INTEGRATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "SKIPPED": 3,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PAPER_EXPORTS_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_inference_returns_ci",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PAPER_EXPORTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_inference_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PAPER_EXPORTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_inference_returns_ci",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PAPER_PIPELINE_INTEGRATION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_inference_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PAPER_PIPELINE_INTEGRATION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_full_workflow_m87",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_full_workflow_s2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_cli_end_to_end",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_performance_phi_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PERFECT_PAIRED_TEST_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PERFECT_PAIRED_TEST_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PERFECT_SEG_ANALYSIS_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PERFECT_SEG_ANALYSIS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PHASE_DELIVERY_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PHASE_DELIVERY_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PHYSICAL_EXPLANATION_ESO_VALIDATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PHYSICAL_EXPLANATION_ESO_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PHYSICS_TESTS_COMPLETE_LIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PHYSICS_TESTS_COMPLETE_LIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_ANALYSIS_2025-11-27",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 1,
        "SKIPPED": 3,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_ANALYSIS_2025-11-27.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_AND_INTERPRETATION_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_AND_INTERPRETATION_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_INTEGRATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4,
        "PASSED": 9,
        "FAILED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_INTEGRATION_TEST_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "PASS": 11
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_INTEGRATION_TEST_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_INTEGRATION_VERIFIED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_INTEGRATION_VERIFIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_OUTPUT_DOCUMENTATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "FAILED": 2,
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_OUTPUT_DOCUMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_two_shells_alpha_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "FAIL": 2,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_REPAIR_AFTER_REFACTORING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_STATUS_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 35,
        "PASSED": 1,
        "FAILED": 5,
        "SKIPPED": 4,
        "SKIP": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_STATUS_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 7,
        "FAIL": 2,
        "SKIP": 7,
        "SKIPPED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_TESTS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 7,
        "FAIL": 2,
        "SKIP": 7,
        "SKIPPED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_TESTS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PLATFORM_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PLATFORM_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PLOTS_NON_INTERACTIVE_MODE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PLOTS_NON_INTERACTIVE_MODE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PRODUKTIONSPLAN_TRILINGUAL_VIDEO",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PRODUKTIONSPLAN_TRILINGUAL_VIDEO.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PYTEST_CACHE_PROBLEM_SOLUTION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PYTEST_CACHE_PROBLEM_SOLUTION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_something",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PYTEST_CRASH_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_method",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PYTEST_CRASH_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_method",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PYTEST_CRASH_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PYTHON_VERSION_REQUIREMENTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PYTHON_VERSION_REQUIREMENTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICKSTART",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/QUICKSTART.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICK_FIX_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/QUICK_FIX_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICK_START_CROSS_PLATFORM",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/QUICK_START_CROSS_PLATFORM.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICK_START_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/QUICK_START_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICK_TEST_COMMANDS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/QUICK_TEST_COMMANDS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_equilibrium_no_nan",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/RAPIDITY_IMPLEMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "README_ACCURACY_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/README_ACCURACY_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "RELEASE_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/RELEASE_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_FREEZE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 12,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPOSITORY_FREEZE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_PERFECTION_ASSESSMENT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPOSITORY_PERFECTION_ASSESSMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_QUALITY_ASSESSMENT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6,
        "SKIP": 3,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPOSITORY_QUALITY_ASSESSMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_QUALITY_REPORT_v1.3.0",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPOSITORY_QUALITY_REPORT_v1.3.0.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_SECURITY_PERMISSIONS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPOSITORY_SECURITY_PERMISSIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_UPDATE_2025-10-19",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPOSITORY_UPDATE_2025-10-19.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPO_STATUS_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPO_STATUS_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPO_UPDATE_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPO_UPDATE_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "RUN_FULL_SUITE_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/RUN_FULL_SUITE_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "RUN_TESTS_QUICK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/RUN_TESTS_QUICK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SCIENTIFIC_VERIFICATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SCIENTIFIC_VERIFICATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SCIENTIFIC_VERIFICATION_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 25,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SCIENTIFIC_VERIFICATION_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SCRIPTS_CREATED_2025-10-20",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SCRIPTS_CREATED_2025-10-20.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SCRIPT_GUIDES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9,
        "PASSED": 3,
        "FAILED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SCRIPT_GUIDES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SCRIPT_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 9,
        "FAILED": 1,
        "PASS": 38
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SCRIPT_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SEGSPACE_CONSOLIDATED_FINDINGS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 12
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SEGSPACE_CONSOLIDATED_FINDINGS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SEGWAVE_CORE_COMPLETION_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SEGWAVE_CORE_COMPLETION_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SEGWAVE_DATA_INTEGRATION_COMPLETE",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SEGWAVE_DATA_INTEGRATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SEGWAVE_FINAL_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 29
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SEGWAVE_FINAL_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SEGWAVE_IMPLEMENTATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 22
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SEGWAVE_IMPLEMENTATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SESSION_ANALYSIS_2025-10-28",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SESSION_ANALYSIS_2025-10-28.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SESSION_SUMMARY_2025-10-20",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SESSION_SUMMARY_2025-10-20.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SESSION_SUMMARY_2025-10-20_RAPIDITY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SESSION_SUMMARY_2025-10-20_RAPIDITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SESSION_SUMMARY_2025-10-29",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SESSION_SUMMARY_2025-10-29.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SILENT_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 25,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SILENT_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SMOKE_TESTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 3,
        "PASSED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SMOKE_TESTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SSZ_COMPLETE_PIPELINE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SSZ_COMPLETE_PIPELINE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SSZ_COMPLETE_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SSZ_COMPLETE_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SSZ_EXECUTIVE_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SSZ_EXECUTIVE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SUMMARY_CONFIGURATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SUMMARY_CONFIGURATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SUMMARY_PIPELINE_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SUMMARY_PIPELINE_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SUMMARY_TOOL_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SUMMARY_TOOL_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SYNTHETIC_DATA_REMOVAL",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SYNTHETIC_DATA_REMOVAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SegmentedSpacetime-ANewPerspectiveonLightGravityandBlackHoles",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SegmentedSpacetime-ANewPerspectiveonLightGravityandBlackHoles.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SegmentedSpacetimeandtheNaturalBoundaryofBlackHoles-ImplicationsfortheCosmicCensorshipConjecture",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SegmentedSpacetimeandtheNaturalBoundaryofBlackHoles-ImplicationsfortheCosmicCensorshipConjecture.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "Segmented_Spacetime_and_the_Origin_of_Molecular_Zones_in_Expanding_Nebulae.docx",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/Segmented_Spacetime_and_the_Origin_of_Molecular_Zones_in_Expanding_Nebulae.docx.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_physical_phenomenon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TESTING_COMPLETE_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_technical_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TESTING_COMPLETE_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TESTING_PAPER_EXPORTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TESTING_PAPER_EXPORTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_COLAB_CLONE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "SKIP": 9,
        "PASS": 2,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_COLAB_CLONE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_COUNT_CORRECTION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_COUNT_CORRECTION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_FAILURES_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "FAILED": 9,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_FAILURES_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_METHODOLOGY_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_METHODOLOGY_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SEGWAVE_CORE_FIX_NEEDED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "PASS": 1,
        "SKIPPED": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_SEGWAVE_CORE_FIX_NEEDED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_INVENTORY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 26
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_SUITE_INVENTORY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1,
        "FAILED": 4,
        "PASSED": 3,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_SUITE_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_RESULTS_2025-12-07",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 13,
        "SKIPPED": 5,
        "PASS": 51,
        "SKIP": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_SUITE_RESULTS_2025-12-07.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_SUITE_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_VERIFICATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 14,
        "PASS": 6,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_SUITE_VERIFICATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_VERIFICATION_EN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "PASS": 6,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_SUITE_VERIFICATION_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TODAYS_WORK_2025-10-28_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODAYS_WORK_2025-10-28_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TODO_DATA_INTEGRATION",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DATA_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TODO_DATA_INTEGRATION_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DATA_INTEGRATION_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_audio_generation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_gif_loading",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_video_concatenation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stellar_nucleosynthesis_animation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_gif_file_sizes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TOE_MISSING_TESTS_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TOE_MISSING_TESTS_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TOE_VALIDATION_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TOE_VALIDATION_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TROUBLESHOOTING",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TROUBLESHOOTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TRUTH_MAP_FROM_FULL_OUTPUT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 35,
        "FAIL": 3,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TRUTH_MAP_FROM_FULL_OUTPUT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "UNIFIED_VALIDATION_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/UNIFIED_VALIDATION_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "UPDATE_DOCUMENTATION_INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/UPDATE_DOCUMENTATION_INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "UPGRADE_TO_100_PERCENT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 3,
        "FAILED": 1,
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/UPGRADE_TO_100_PERCENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "USAGE_FAQ",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 19,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/USAGE_FAQ.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "UTF8_FIX_CHANGELOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/UTF8_FIX_CHANGELOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VALIDATION_EXTERNAL_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 5,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VALIDATION_EXTERNAL_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VALIDATION_FRAMEWORK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 18,
        "FAILED": 2,
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VALIDATION_FRAMEWORK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERBOSE_TESTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VERBOSE_TESTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERBOSE_TESTS_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VERBOSE_TESTS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERBOSE_TESTS_PROGRESS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VERBOSE_TESTS_PROGRESS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERBOSE_TESTS_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VERBOSE_TESTS_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERIFICATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VERIFICATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "Verification Summary of Segmented Spacetime Repository",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/Verification Summary of Segmented Spacetime Repository.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "WARNING_EXPLANATIONS_ADDED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/WARNING_EXPLANATIONS_ADDED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "WINDOWS_VERIFICATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8,
        "PASSED": 5,
        "SKIP": 2,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/WINDOWS_VERIFICATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "WSL_SETUP_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/WSL_SETUP_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "implement also this",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/implement also this.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "output-summary",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/output-summary.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "stu296.pdf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/stu296.pdf.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_hawking_fit",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/test_hawking_fit.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_VALIDATION_SUMMARY_EXTENDED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASSED": 2,
        "FAILED": 1,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/COMPLETE_VALIDATION_SUMMARY_EXTENDED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "full-output-extended",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 19,
        "FAIL": 17,
        "FAILED": 5,
        "PASSED": 1,
        "SKIPPED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/full-output-extended.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "validation_results_extended",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/validation_results_extended.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_crossover",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/02_MATHEMATICAL_FORMULAS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_causality",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/02_MATHEMATICAL_FORMULAS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "0804.0266v1.pdf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/0804.0266v1.pdf.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "16_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 33,
        "FAILED": 2,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/16_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "31_OF_31_TESTS_PASSED_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 4,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/31_OF_31_TESTS_PASSED_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ADDITIONAL_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ADDITIONAL_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ADDONS_USAGE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ADDONS_USAGE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ALL_PIPELINES_100_PERCENT_PASS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 5,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ALL_PIPELINES_100_PERCENT_PASS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ALL_PIPELINES_TESTED_OUTPUTS_GENERATED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ALL_PIPELINES_TESTED_OUTPUTS_GENERATED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "AUTO_MODE_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/AUTO_MODE_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "AddressingtheLimitationsofArbitraryPrecisionComputation-ACallforCollaborativeSolutions-byLinoCasuandAkiraAI",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/AddressingtheLimitationsofArbitraryPrecisionComputation-ACallforCollaborativeSolutions-byLinoCasuandAkiraAI.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "BUGFIXES_2025-10-18",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/BUGFIXES_2025-10-18.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "BUILD_DEBIAN_PACKAGE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/BUILD_DEBIAN_PACKAGE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CHANGELOG_2025-10-28",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CHANGELOG_2025-10-28.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CHANGELOG_PAPER_EXPORTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CHANGELOG_PAPER_EXPORTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CODE_DOCUMENTATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 33,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CODE_DOCUMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_COMPATIBILITY_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "SKIP": 1,
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COLAB_COMPATIBILITY_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_COMPLETENESS_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COLAB_COMPLETENESS_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_COMPLETE_SETUP_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 6,
        "PASSED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COLAB_COMPLETE_SETUP_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_MASTER_COMPLETE_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20,
        "SKIP": 8,
        "PASSED": 3,
        "FAILED": 3,
        "SKIPPED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COLAB_MASTER_COMPLETE_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_TEST_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 13,
        "PASS": 6,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COLAB_TEST_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COLAB_WARNINGS_EXPLAINED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 6,
        "FAIL": 3,
        "PASSED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COLAB_WARNINGS_EXPLAINED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMBINED_FIXES_IMPACT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMBINED_FIXES_IMPACT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMMIT_MESSAGES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMMIT_MESSAGES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_INTEGRATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPLETE_INTEGRATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_REPOSITORY_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 19
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPLETE_REPOSITORY_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_SCIENTIFIC_DOCUMENTATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 18,
        "FAILED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPLETE_SCIENTIFIC_DOCUMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_STATUS_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPLETE_STATUS_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_VALIDATION_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 34,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPLETE_VALIDATION_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPREHENSIVE_SCRIPT_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPREHENSIVE_SCRIPT_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPREHENSIVE_TESTING_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 4,
        "FAILED": 1,
        "PASS": 6,
        "PASSED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPREHENSIVE_TESTING_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ppn_exact",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPREHENSIVE_TESTS_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ppn_beta_equals_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPREHENSIVE_TESTS_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_your_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CONTRIBUTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ppn_limit",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CONTRIBUTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_with_real_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_synthetic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_growth_calculation_known_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_with_real_observations",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CROSS_PLATFORM_COMPATIBILITY_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CROSS_PLATFORM_COMPATIBILITY_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CROSS_PLATFORM_NOTES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CROSS_PLATFORM_NOTES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CROSS_PLATFORM_SUBPROCESS_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CROSS_PLATFORM_SUBPROCESS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "CROSS_PLATFORM_TESTING",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1,
        "SKIP": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CROSS_PLATFORM_TESTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_ACCESS_REPRODUCIBILITY_CRISIS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_ACCESS_REPRODUCIBILITY_CRISIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_redshift_consistency",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_orbital_parameters",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_spectrum",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_multifreq",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_ring_growth_real_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_EXPANSION_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_by_category",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_EXPANSION_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_FETCHING_README",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_FETCHING_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_IMPROVEMENT_ROADMAP",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_IMPROVEMENT_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_IMPROVEMENT_ROADMAP_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_IMPROVEMENT_ROADMAP_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_IMPROVEMENT_STATUS_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_IMPROVEMENT_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_IMPROVEMENT_STATUS_REPORT_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_IMPROVEMENT_STATUS_REPORT_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_QUALITY_FINAL_STATUS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_QUALITY_FINAL_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DATA_USAGE_SUMMARY",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_USAGE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_IMPROVEMENT_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOCUMENTATION_IMPROVEMENT_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_IMPROVEMENT_ROADMAP_DE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOCUMENTATION_IMPROVEMENT_ROADMAP_DE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOCUMENTATION_INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_LOCATIONS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOCUMENTATION_LOCATIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_STATUS_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOCUMENTATION_STATUS_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_UPDATE_100_PERCENT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOCUMENTATION_UPDATE_100_PERCENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOCUMENTATION_UPDATE_2025-10-29",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOCUMENTATION_UPDATE_2025-10-29.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "DOUBLE_CHECK_VALIDATION_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 10,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOUBLE_CHECK_VALIDATION_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ENCODING_FIX_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ENCODING_FIX_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "ENERGY_FRAMEWORK_UPDATE_2025-12-07",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ENERGY_FRAMEWORK_UPDATE_2025-12-07.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "EQUILIBRIUM_RADIUS_SOLUTION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/EQUILIBRIUM_RADIUS_SOLUTION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "EXTENDED_METRICS_INTEGRATION",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/EXTENDED_METRICS_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_orbital",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/EXTERNAL_DATASETS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "EXTERNAL_DATA_INTEGRATION_CRITICAL_WARNINGS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6,
        "FAILED": 4,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/EXTERNAL_DATA_INTEGRATION_CRITICAL_WARNINGS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FAQ",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FAQ.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FEHLERQUELLEN_UND_LÖSUNGEN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FEHLERQUELLEN_UND_LÖSUNGEN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FEHLERSUCHE_KOMPLETT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FEHLERSUCHE_KOMPLETT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_EXECUTION_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_EXECUTION_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_PRINT_AUDIT_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_PRINT_AUDIT_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_README_UPDATE_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_README_UPDATE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_RELEASE_EXECUTION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 30,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_RELEASE_EXECUTION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_REPOSITORY_CHECK_2025-10-20",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_REPOSITORY_CHECK_2025-10-20.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_REPOSITORY_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_REPOSITORY_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_RUN_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_RUN_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_SOLUTION_PYTEST_CACHE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_SOLUTION_PYTEST_CACHE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_STATUS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8,
        "PASSED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FINAL_VERIFICATION_2025-10-28",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 14,
        "PASS": 18,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_VERIFICATION_2025-10-28.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FIX_ALL_PIPELINES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 17,
        "SKIP": 8,
        "FAIL": 1,
        "PASSED": 6,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FIX_ALL_PIPELINES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FULL_OUTPUT_MD_ANALYSIS_PERFECT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "FAILED": 4,
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FULL_OUTPUT_MD_ANALYSIS_PERFECT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FULL_OUTPUT_QUALITY_REVIEW",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 7,
        "FAIL": 3,
        "PASS": 9,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FULL_OUTPUT_QUALITY_REVIEW.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FULL_OUTPUT_REVIEW",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "PASSED": 6,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FULL_OUTPUT_REVIEW.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "FULL_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 57
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FULL_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "Final Paper — Φ, Β & Euler (segmented Spacetime)",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/Final Paper — Φ, Β & Euler (segmented Spacetime).md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "GITHUB_PUSH_INSTRUCTIONS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/GITHUB_PUSH_INSTRUCTIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "GIT_COMMIT_PUSH_MANUAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/GIT_COMMIT_PUSH_MANUAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "GIT_HYBRID_STRATEGY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/GIT_HYBRID_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "GIT_LFS_READY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/GIT_LFS_READY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "GIT_SYNC_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/GIT_SYNC_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "GOOGLE_COLAB_SETUP_DE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/GOOGLE_COLAB_SETUP_DE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "HAWKING_PROXY_TOOLKIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/HAWKING_PROXY_TOOLKIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "HAWKING_SPECTRUM_IMPLEMENTATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/HAWKING_SPECTRUM_IMPLEMENTATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "HAWKING_SPECTRUM_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/HAWKING_SPECTRUM_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "HAWKING_SPECTRUM_TEST_INTERPRETATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/HAWKING_SPECTRUM_TEST_INTERPRETATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "HAWKING_TOOLKIT_PLATFORM_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/HAWKING_TOOLKIT_PLATFORM_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "IMPLEMENTATION_CONTRACT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/IMPLEMENTATION_CONTRACT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_something",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_my_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_my_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INSTALL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 7,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INSTALL_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INSTALL_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "SKIP": 1,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INSTALL_TEST_CHANGES_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 18,
        "PASSED": 13,
        "PASS": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_CHANGES_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_core_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_data_files_exist",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_config_files_exist",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_basic_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_enhanced_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "INTEGRATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INTEGRATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_redshift_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LABORATORY_COMPARABILITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_multi_frequency_sources",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LABORATORY_COMPARABILITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_cross_instrument",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LABORATORY_COMPARABILITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LINUX_FIX_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20,
        "FAIL": 4,
        "PASSED": 9,
        "SKIPPED": 2,
        "FAILED": 1,
        "SKIP": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LINUX_FIX_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LINUX_TEST_FAILURE_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 5,
        "PASSED": 3,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LINUX_TEST_FAILURE_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LINUX_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 23,
        "PASS": 3,
        "FAILED": 4,
        "SKIP": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LINUX_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LINUX_TEST_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "FAILED": 3,
        "SKIPPED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LINUX_TEST_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "LOGGING_SYSTEM_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "FAILED": 3,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LOGGING_SYSTEM_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "MD_ECHO_SIMPLIFIED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/MD_ECHO_SIMPLIFIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "MISSING_DATA_ANALYSIS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/MISSING_DATA_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "MISSING_FILES_INVENTORY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 23
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/MISSING_FILES_INVENTORY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "NED_SPECTRUM_INTEGRATION_2025-10-19",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/NED_SPECTRUM_INTEGRATION_2025-10-19.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "OPTIMIZATION_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/OPTIMIZATION_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "OUTPUT_LOGS_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAIL": 5,
        "PASSED": 3,
        "FAILED": 6,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/OUTPUT_LOGS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "OUT_OF_DATA_LINO_CASU_STATEMENT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/OUT_OF_DATA_LINO_CASU_STATEMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PAIRED_TEST_ANALYSIS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PAIRED_TEST_ANALYSIS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PAPER_EXPORTS_INTEGRATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "SKIPPED": 3,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PAPER_EXPORTS_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_inference_returns_ci",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PAPER_EXPORTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_inference_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PAPER_EXPORTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_inference_returns_ci",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PAPER_PIPELINE_INTEGRATION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_inference_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PAPER_PIPELINE_INTEGRATION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_full_workflow_m87",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_full_workflow_s2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_cli_end_to_end",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_performance_phi_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PERFECT_PAIRED_TEST_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PERFECT_PAIRED_TEST_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PERFECT_SEG_ANALYSIS_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PERFECT_SEG_ANALYSIS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PHASE_DELIVERY_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PHASE_DELIVERY_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PHYSICAL_EXPLANATION_ESO_VALIDATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PHYSICAL_EXPLANATION_ESO_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PHYSICS_TESTS_COMPLETE_LIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PHYSICS_TESTS_COMPLETE_LIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_ANALYSIS_2025-11-27",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 1,
        "SKIPPED": 3,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_ANALYSIS_2025-11-27.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_AND_INTERPRETATION_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_AND_INTERPRETATION_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_INTEGRATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4,
        "PASSED": 9,
        "FAILED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_INTEGRATION_TEST_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "PASS": 11
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_INTEGRATION_TEST_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_INTEGRATION_VERIFIED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_INTEGRATION_VERIFIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_OUTPUT_DOCUMENTATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "FAILED": 2,
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_OUTPUT_DOCUMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_two_shells_alpha_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "FAIL": 2,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_REPAIR_AFTER_REFACTORING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PIPELINE_STATUS_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 35,
        "PASSED": 1,
        "FAILED": 5,
        "SKIPPED": 4,
        "SKIP": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_STATUS_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 7,
        "FAIL": 2,
        "SKIP": 7,
        "SKIPPED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_TESTS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 7,
        "FAIL": 2,
        "SKIP": 7,
        "SKIPPED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_TESTS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PLATFORM_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PLATFORM_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PLOTS_NON_INTERACTIVE_MODE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PLOTS_NON_INTERACTIVE_MODE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PRODUKTIONSPLAN_TRILINGUAL_VIDEO",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PRODUKTIONSPLAN_TRILINGUAL_VIDEO.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PYTEST_CACHE_PROBLEM_SOLUTION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PYTEST_CACHE_PROBLEM_SOLUTION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_something",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PYTEST_CRASH_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_method",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PYTEST_CRASH_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_method",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PYTEST_CRASH_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "PYTHON_VERSION_REQUIREMENTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PYTHON_VERSION_REQUIREMENTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICKSTART",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/QUICKSTART.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICK_FIX_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/QUICK_FIX_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICK_START_CROSS_PLATFORM",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/QUICK_START_CROSS_PLATFORM.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICK_START_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/QUICK_START_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "QUICK_TEST_COMMANDS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/QUICK_TEST_COMMANDS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_equilibrium_no_nan",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/RAPIDITY_IMPLEMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "README_ACCURACY_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/README_ACCURACY_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "RELEASE_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/RELEASE_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_FREEZE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 12,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPOSITORY_FREEZE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_PERFECTION_ASSESSMENT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPOSITORY_PERFECTION_ASSESSMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_QUALITY_ASSESSMENT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6,
        "SKIP": 3,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPOSITORY_QUALITY_ASSESSMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_QUALITY_REPORT_v1.3.0",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPOSITORY_QUALITY_REPORT_v1.3.0.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_SECURITY_PERMISSIONS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPOSITORY_SECURITY_PERMISSIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPOSITORY_UPDATE_2025-10-19",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPOSITORY_UPDATE_2025-10-19.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPO_STATUS_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPO_STATUS_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "REPO_UPDATE_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPO_UPDATE_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "RUN_FULL_SUITE_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/RUN_FULL_SUITE_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "RUN_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 1,
        "PASS": 26
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/RUN_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "RUN_TESTS_QUICK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/RUN_TESTS_QUICK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SCIENTIFIC_VERIFICATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SCIENTIFIC_VERIFICATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SCIENTIFIC_VERIFICATION_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 25,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SCIENTIFIC_VERIFICATION_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SCRIPTS_CREATED_2025-10-20",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SCRIPTS_CREATED_2025-10-20.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SCRIPT_GUIDES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9,
        "PASSED": 3,
        "FAILED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SCRIPT_GUIDES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SCRIPT_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 9,
        "FAILED": 1,
        "PASS": 38
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SCRIPT_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SEGSPACE_CONSOLIDATED_FINDINGS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 12
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SEGSPACE_CONSOLIDATED_FINDINGS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SEGWAVE_CORE_COMPLETION_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SEGWAVE_CORE_COMPLETION_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SEGWAVE_DATA_INTEGRATION_COMPLETE",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SEGWAVE_DATA_INTEGRATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SEGWAVE_FINAL_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 29
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SEGWAVE_FINAL_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SEGWAVE_IMPLEMENTATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 22
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SEGWAVE_IMPLEMENTATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SESSION_ANALYSIS_2025-10-28",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SESSION_ANALYSIS_2025-10-28.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SESSION_SUMMARY_2025-10-20",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SESSION_SUMMARY_2025-10-20.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SESSION_SUMMARY_2025-10-20_RAPIDITY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SESSION_SUMMARY_2025-10-20_RAPIDITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SESSION_SUMMARY_2025-10-29",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SESSION_SUMMARY_2025-10-29.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SILENT_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 25,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SILENT_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SMOKE_TESTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 3,
        "PASSED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SMOKE_TESTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SSZ_COMPLETE_PIPELINE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SSZ_COMPLETE_PIPELINE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SSZ_COMPLETE_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SSZ_COMPLETE_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SSZ_EXECUTIVE_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SSZ_EXECUTIVE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SUMMARY_CONFIGURATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SUMMARY_CONFIGURATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SUMMARY_PIPELINE_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SUMMARY_PIPELINE_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SUMMARY_TOOL_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SUMMARY_TOOL_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SYNTHETIC_DATA_REMOVAL",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SYNTHETIC_DATA_REMOVAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SegmentedSpacetime-ANewPerspectiveonLightGravityandBlackHoles",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SegmentedSpacetime-ANewPerspectiveonLightGravityandBlackHoles.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "SegmentedSpacetimeandtheNaturalBoundaryofBlackHoles-ImplicationsfortheCosmicCensorshipConjecture",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SegmentedSpacetimeandtheNaturalBoundaryofBlackHoles-ImplicationsfortheCosmicCensorshipConjecture.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "Segmented_Spacetime_and_the_Origin_of_Molecular_Zones_in_Expanding_Nebulae.docx",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/Segmented_Spacetime_and_the_Origin_of_Molecular_Zones_in_Expanding_Nebulae.docx.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_physical_phenomenon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TESTING_COMPLETE_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_technical_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TESTING_COMPLETE_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TESTING_PAPER_EXPORTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TESTING_PAPER_EXPORTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_COLAB_CLONE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "SKIP": 9,
        "PASS": 2,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_COLAB_CLONE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_COUNT_CORRECTION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_COUNT_CORRECTION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_FAILURES_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "FAILED": 9,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_FAILURES_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_METHODOLOGY_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_METHODOLOGY_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_REPORTS_INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 13,
        "PASSED": 3,
        "FAILED": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_REPORTS_INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SEGWAVE_CORE_FIX_NEEDED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "PASS": 1,
        "SKIPPED": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_SEGWAVE_CORE_FIX_NEEDED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_INVENTORY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 26
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_SUITE_INVENTORY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1,
        "FAILED": 4,
        "PASSED": 3,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_SUITE_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_RESULTS_2025-12-07",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 13,
        "SKIPPED": 5,
        "PASS": 51,
        "SKIP": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_SUITE_RESULTS_2025-12-07.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_SUITE_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_VERIFICATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 14,
        "PASS": 6,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_SUITE_VERIFICATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TEST_SUITE_VERIFICATION_EN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "PASS": 6,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_SUITE_VERIFICATION_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TODAYS_WORK_2025-10-28_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODAYS_WORK_2025-10-28_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TODO_DATA_INTEGRATION",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DATA_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TODO_DATA_INTEGRATION_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DATA_INTEGRATION_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_audio_generation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_gif_loading",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_video_concatenation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_stellar_nucleosynthesis_animation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_gif_file_sizes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TOE_MISSING_TESTS_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TOE_MISSING_TESTS_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TOE_VALIDATION_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TOE_VALIDATION_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TROUBLESHOOTING",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TROUBLESHOOTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "TRUTH_MAP_FROM_FULL_OUTPUT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 35,
        "FAIL": 3,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TRUTH_MAP_FROM_FULL_OUTPUT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "UNIFIED_VALIDATION_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/UNIFIED_VALIDATION_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "UPDATE_DOCUMENTATION_INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/UPDATE_DOCUMENTATION_INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "UPGRADE_TO_100_PERCENT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 3,
        "FAILED": 1,
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/UPGRADE_TO_100_PERCENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "USAGE_FAQ",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 19,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/USAGE_FAQ.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "UTF8_FIX_CHANGELOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/UTF8_FIX_CHANGELOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VALIDATION_EXTERNAL_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 5,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VALIDATION_EXTERNAL_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VALIDATION_FRAMEWORK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 18,
        "FAILED": 2,
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VALIDATION_FRAMEWORK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERBOSE_TESTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VERBOSE_TESTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERBOSE_TESTS_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VERBOSE_TESTS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERBOSE_TESTS_PROGRESS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VERBOSE_TESTS_PROGRESS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERBOSE_TESTS_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VERBOSE_TESTS_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "VERIFICATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VERIFICATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "Verification Summary of Segmented Spacetime Repository",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/Verification Summary of Segmented Spacetime Repository.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "WARNING_EXPLANATIONS_ADDED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/WARNING_EXPLANATIONS_ADDED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "WINDOWS_VERIFICATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8,
        "PASSED": 5,
        "SKIP": 2,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/WINDOWS_VERIFICATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "WSL_SETUP_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/WSL_SETUP_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "full-output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 245,
        "FAILED": 3,
        "PASS": 106,
        "SKIP": 2,
        "FAIL": 6,
        "SKIPPED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/full-output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "implement also this",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/implement also this.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "output-summary",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/output-summary.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "stu296.pdf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/stu296.pdf.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "summary-output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/summary-output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "test_hawking_fit",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/test_hawking_fit.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Mass-Projection-Unified-Results",
      "test_name": "COMPLETE_VALIDATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_out_v2/COMPLETE_VALIDATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "ACHIEVEMENT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ACHIEVEMENT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "HOW_TO_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/HOW_TO_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "PROJECT_FINAL_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/PROJECT_FINAL_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_click",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_click.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_click.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_data_hierarchy",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_data_hierarchy.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_data_hierarchy.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_direct_call",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_direct_call.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_direct_call.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_callback",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_gradio_image.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_gradio_image.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_filepath",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_gradio_image_type.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_gradio_image_type.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_pil",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_gradio_image_type.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_gradio_image_type.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_gradio_minimal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_gradio_minimal.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_gradio_minimal.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_gradio_physics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_gradio_physics.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_gradio_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_plot",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_in_gradio.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_in_gradio.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_installation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 5,
        "FAILED": 5,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_installation.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_installation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_new_g1_g2_plot",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_new_g1_g2_plot.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_new_g1_g2_plot.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_object_specific_g1g2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_object_specific_g1g2.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_object_specific_g1g2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_physics_type",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_physics_type.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_physics_type.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_plot_direct",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_plot_direct.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_plot_direct.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_primary_data_access",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2,
        "FAIL": 3,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_primary_data_access.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_primary_data_access.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_primary_data_access",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2,
        "FAIL": 3,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_primary_data_access_backup.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_primary_data_access_backup.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_primary_data_access",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 5,
        "FAILED": 2,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_primary_data_beautiful.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_primary_data_beautiful.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_simple_plot",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_simple_plot.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_simple_plot.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_ssz_vs_minkowski",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_ssz_vs_minkowski.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_ssz_vs_minkowski.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_time_dilation_crossover",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_time_dilation_crossover.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_time_dilation_crossover.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_validation_979",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 8,
        "FAILED": 5,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_validation_979.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_validation_979.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_xi_values",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 5,
        "FAIL": 6,
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_xi_validated.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_xi_validated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_phi_value",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 5,
        "FAIL": 6,
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_xi_validated.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_xi_validated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_asymptotic_behavior",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 5,
        "FAIL": 6,
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_xi_validated.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_xi_validated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_origin_behavior",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 5,
        "FAIL": 6,
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/test_xi_validated.py",
      "command": "pytest Segmented-Spacetime-Starmaps/test_xi_validated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "validation_results_979",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/validation_results_979.csv",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "direct_test_plots",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/direct_test_plots.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/direct_test_plots.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "error_handling_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/error_handling_test.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/error_handling_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "gradio_simple_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/gradio_simple_test.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/gradio_simple_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "quick_akari_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/quick_akari_test.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/quick_akari_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_actual_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_actual_data.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_actual_data.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_akari_fetch",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_akari_fetch.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_akari_fetch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_app_real_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_app_real_data.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_app_real_data.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_catalogs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_initialization",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_basic_matching",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_confidence_scores",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_separation_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_coordinate_averaging",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_empty_catalogs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_no_matches",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_multi_catalog_matching",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_statistics_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_cross_matcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_datamanager_integration",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 4,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_datamanager_integration.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_datamanager_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_initialization",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_query_by_host",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_habitable_zone_candidates",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_parameter_query",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_cone_search",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_data_types",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_known_systems",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_exoplanet_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_gaia_connection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 4,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_gaia_connection.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_gaia_connection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_gaia_fetcher",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 3,
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_gaia_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_gaia_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_gradio_buttons",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_gradio_buttons.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_gradio_buttons.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_gradio_extended",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_gradio_extended.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_gradio_extended.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_gradio_minimal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_gradio_minimal.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_gradio_minimal.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_gradio_single_plot",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_gradio_single_plot.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_gradio_single_plot.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_stellar_luminosity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_hz_traditional_sun",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_hz_ssz_sun",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_earth_in_hz",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_venus_mars",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_compare_methods",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_m_dwarf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_hot_star",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_hz_from_params",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_optimistic_vs_conservative",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_habitable_zone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_plots_direct",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_plots_direct.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_plots_direct.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_initialization",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 9,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py -q",
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    },
    {
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        "FAILED": 9,
        "SKIP": 2
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "FAILED": 9,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAILED": 9,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAILED": 9,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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      "quantity": "Tests and validation",
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        "FAILED": 9,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAILED": 9,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "FAILED": 9,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_simbad_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_sky_map_direct",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_sky_map_direct.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_schwarzschild_radius",
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      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_segment_saturation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_gr_orbital_period",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_ssz_orbital_period",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_semi_major_axis",
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      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_transit_timing_variation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_observable_signature",
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      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
      "test_name": "test_calculate_for_planet",
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      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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        "PASS": 1,
        "FAILED": 1
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_ssz_orbits.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_twomass_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_twomass_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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        "SKIPPED": 1,
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_twomass_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_twomass_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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        "FAILED": 8
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_twomass_fetcher.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAILED": 8
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_twomass_fetcher.py",
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    },
    {
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      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_twomass_fetcher.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_twomass_fetcher.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "SKIPPED": 1,
        "FAILED": 8
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_twomass_fetcher.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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        "SKIPPED": 1,
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_twomass_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_twomass_fetcher.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_visualizations.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_visualizations.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_wise_fetcher.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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        "PASS": 1,
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_wise_fetcher.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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        "PASS": 1,
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_wise_fetcher.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_wise_fetcher.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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        "PASS": 1,
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_wise_fetcher.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_wise_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_wise_fetcher.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "Segmented-Spacetime-Starmaps",
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      "quantity": "Tests and validation",
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        "PASS": 1,
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/ssz_explorer/test_wise_fetcher.py",
      "command": "pytest Segmented-Spacetime-Starmaps/ssz_explorer/test_wise_fetcher.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
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    },
    {
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    },
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    },
    {
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    },
    {
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    },
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
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    },
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    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/Segmented-Spacetime-Starmaps/tests/test_integration.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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    },
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    },
    {
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    },
    {
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    },
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
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        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "SKIP": 1,
        "FAIL": 2
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
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        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
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      "quantity": "Tests and validation",
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        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_perimeter_scales_with_R",
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      "quantity": "Tests and validation",
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        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
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    },
    {
      "repository": "chord-partition",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_stability_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_circle_most_stable",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_stability_decreases_with_complexity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_large_winding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_coprime_modes_close",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_same_winding_circle",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_radius_scaling_closure",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_phi_squared",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_phi_reciprocal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_xi_max",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_d_min",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "chord-partition",
      "test_name": "test_r_star_over_rs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 1,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/chord-partition/test_chord_partition_modes.py",
      "command": "pytest chord-partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_returns_permutation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_s0_boundary",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_s0_interior",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_hamiltonian_m3",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_hamiltonian_m5",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_cycle_closes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_valid_decomposition",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_all_arcs_covered",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_no_arc_overlap",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_valid_decomposition_large",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_even_m_rejected",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_m1_rejected",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "claudes-cycles",
      "test_name": "test_m2_rejected",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/claudes-cycles/test_claudes_cycles.py",
      "command": "pytest claudes-cycles/test_claudes_cycles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "BUILD_REPORT_PHASE2_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/reports/BUILD_REPORT_PHASE2_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "COLAB_NOTEBOOK_FAILURE_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 11,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/reports/COLAB_NOTEBOOK_FAILURE_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "COLAB_NOTEBOOK_REPAIR_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/reports/COLAB_NOTEBOOK_REPAIR_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "CORRECTED_PHASE_STATUS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 42
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/reports/CORRECTED_PHASE_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "CROSS_REPOSITORY_BOUNDARY_INCIDENT_REPORT",
      "category": "Limit test",
      "quantity": "Other research artefacts",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/reports/CROSS_REPOSITORY_BOUNDARY_INCIDENT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "IDENTITY_LICENSE_METADATA_VALIDATION",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 36
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/reports/IDENTITY_LICENSE_METADATA_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "RESCUE_FILE_BY_FILE_INTEGRATION_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/reports/RESCUE_FILE_BY_FILE_INTEGRATION_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "SAWIN_REPAIR_IMPLEMENTATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 16,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/reports/SAWIN_REPAIR_IMPLEMENTATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "conftest",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/conftest.py",
      "command": "pytest counterexample-commons/tests/conftest.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_exactly_six_modes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_app_modes.py",
      "command": "pytest counterexample-commons/tests/test_app_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_all_modes_have_capabilities",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_app_modes.py",
      "command": "pytest counterexample-commons/tests/test_app_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_local_private_enables_all",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_app_modes.py",
      "command": "pytest counterexample-commons/tests/test_app_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_local_share_disables_providers",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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    },
    {
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        "PASS": 1
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      "tolerance": "from implementation/fixture",
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    },
    {
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    },
    {
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        "PASS": 1
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      "tolerance": "from implementation/fixture",
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    },
    {
      "repository": "counterexample-commons",
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        "PASS": 1
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    },
    {
      "repository": "counterexample-commons",
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        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_complete_lab_workflows.py",
      "command": "pytest counterexample-commons/tests/test_complete_lab_workflows.py -q",
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    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_fake_provider_connection_generation_and_comparison",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_experiments.py",
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    {
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        "PASS": 2
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
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    },
    {
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        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_experiments.py",
      "command": "pytest counterexample-commons/tests/test_experiments.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_experiments.py",
      "command": "pytest counterexample-commons/tests/test_experiments.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_experiments.py",
      "command": "pytest counterexample-commons/tests/test_experiments.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_experiments.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_experiments.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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      "quantity": "Tests and validation",
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        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_experiments.py",
      "command": "pytest counterexample-commons/tests/test_experiments.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_empty_comparison",
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        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_experiments.py",
      "command": "pytest counterexample-commons/tests/test_experiments.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_format_generation_prompt",
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      "quantity": "Tests and validation",
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        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_experiments.py",
      "command": "pytest counterexample-commons/tests/test_experiments.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_app_has_expected_tabs",
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      "quantity": "Tests and validation",
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        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_gradio_integration.py",
      "command": "pytest counterexample-commons/tests/test_gradio_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_public_demo_has_disabled_ai_lab",
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      "quantity": "Tests and validation",
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        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_gradio_integration.py",
      "command": "pytest counterexample-commons/tests/test_gradio_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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      "quantity": "Tests and validation",
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        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_gradio_integration.py",
      "command": "pytest counterexample-commons/tests/test_gradio_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_line_validation_fn_directly",
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        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_gradio_integration.py",
      "command": "pytest counterexample-commons/tests/test_gradio_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_gradio_integration.py",
      "command": "pytest counterexample-commons/tests/test_gradio_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_custom_validation_fn_directly",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_gradio_integration.py",
      "command": "pytest counterexample-commons/tests/test_gradio_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_app_text_exposes_package_a_labels",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_package_a_gui_integration.py",
      "command": "pytest counterexample-commons/tests/test_package_a_gui_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_app_builds_with_visualisierung_tab",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_package_a_gui_integration.py",
      "command": "pytest counterexample-commons/tests/test_package_a_gui_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_baseline_callback_produces_all_four_records",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_package_a_gui_integration.py",
      "command": "pytest counterexample-commons/tests/test_package_a_gui_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_rational_345_contains_expected_exact_edge",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_package_a_gui_integration.py",
      "command": "pytest counterexample-commons/tests/test_package_a_gui_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_visualization_callback_returns_figures_for_all_baselines",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_package_a_gui_integration.py",
      "command": "pytest counterexample-commons/tests/test_package_a_gui_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_visualization_missing_session_results_are_controlled",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_package_a_gui_integration.py",
      "command": "pytest counterexample-commons/tests/test_package_a_gui_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_package_a_gui_integration.py",
      "command": "pytest counterexample-commons/tests/test_package_a_gui_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_sawin_claim_status_not_mutated_by_package_a",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_package_a_gui_integration.py",
      "command": "pytest counterexample-commons/tests/test_package_a_gui_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_package_a_gui_integration.py",
      "command": "pytest counterexample-commons/tests/test_package_a_gui_integration.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_build_default_registry_has_seven",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_list_names_sorted",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_provider_implements_protocol",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_ollama_local_availability_checks_tags_endpoint",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_ollama_local_base_url_can_be_overridden",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_unavailable_without_key",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_generate_raises_without_key",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_no_key_in_provider_repr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_available_with_fake_key",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_providers.py",
      "command": "pytest counterexample-commons/tests/test_providers.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_file_exists",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_file_not_empty",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_contains_acsl_v14",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_contains_copyright_holder",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_contains_year_2026",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_not_called_open_source",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_valid_yaml",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_has_required_fields",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_author_is_casu",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_valid_json",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_has_title",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_has_creators",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_env_ignored",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_pycache_ignored",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_no_open_source_topic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_no_api_keys_in_source",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_repo_structure.py",
      "command": "pytest counterexample-commons/tests/test_repo_structure.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_sawin_lattice_points_raises",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_count_unit_edges_sawin_raises",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_verify_raises",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_sawin_exponent_is_source_documented_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_m1_point_count",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_m2_point_count",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_m_zero_raises",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_all_points_rational",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_verify_claim_id",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_verify_claim_status",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_verify_n_correct",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_verify_unit_edges_positive_for_m2",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_verify_note_not_sawin",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_unit_edges_exact_m1",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_verify_returns_dict_keys",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_sawin.py",
      "command": "pytest counterexample-commons/tests/test_sawin.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_record_creation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validated_result.py",
      "command": "pytest counterexample-commons/tests/test_validated_result.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_to_plot_data_converts_to_float",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validated_result.py",
      "command": "pytest counterexample-commons/tests/test_validated_result.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_record_is_immutable",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validated_result.py",
      "command": "pytest counterexample-commons/tests/test_validated_result.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_record_contains_no_edge_finding_logic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validated_result.py",
      "command": "pytest counterexample-commons/tests/test_validated_result.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_table_row_and_summary_are_readable",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validated_result.py",
      "command": "pytest counterexample-commons/tests/test_validated_result.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_state_roundtrip_preserves_validated_edges",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validated_result.py",
      "command": "pytest counterexample-commons/tests/test_validated_result.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_two_points_at_distance_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_two_points_not_at_distance_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_equilateral_triangle",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_single_point",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_empty",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_line_edge_count",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_line_n_zero_raises",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_grid_edge_count",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_grid_k_zero_raises",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_four_point_square",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_rational_coordinates",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_duplicate_raises",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_bad_coordinate_raises",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_validators.py",
      "command": "pytest counterexample-commons/tests/test_validators.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_plot_configuration_returns_figure",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_visualization.py",
      "command": "pytest counterexample-commons/tests/test_visualization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_plot_configuration_no_edges",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_visualization.py",
      "command": "pytest counterexample-commons/tests/test_visualization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_plot_from_result",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_visualization.py",
      "command": "pytest counterexample-commons/tests/test_visualization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_dense_mesh_plot_title_keeps_boundary_out_of_title",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_visualization.py",
      "command": "pytest counterexample-commons/tests/test_visualization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_plot_configuration_has_correct_title",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_visualization.py",
      "command": "pytest counterexample-commons/tests/test_visualization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_visualization_has_no_edge_finding_logic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_visualization.py",
      "command": "pytest counterexample-commons/tests/test_visualization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "counterexample-commons",
      "test_name": "test_show_edges_false_draws_no_edge_lines",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/counterexample-commons/tests/test_visualization.py",
      "command": "pytest counterexample-commons/tests/test_visualization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "README",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "run_all_tests",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 10,
        "FAILED": 9,
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/run_all_tests.py",
      "command": "pytest frequency-curvature-validation/run_all_tests.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "validation_results",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 43
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/data/validation_results.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "ERWEITERTE_VALIDIERUNGSTABELLEN",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/docs/ERWEITERTE_VALIDIERUNGSTABELLEN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_delay_positive",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_closer_approach_larger_delay",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_gamma_doubles_delay",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_cassini_delay_magnitude",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_cassini_gamma_constraint",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_weak_field_agreement",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_ssz_correction_sign",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_gravity_probe_a_dynamic",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 14,
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_dynamic_loops.py",
      "command": "pytest frequency-curvature-validation/tests/test_dynamic_loops.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_galileo_eccentric_dynamic",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 14,
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_dynamic_loops.py",
      "command": "pytest frequency-curvature-validation/tests/test_dynamic_loops.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_iss_gps_ground_dynamic",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 14,
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_dynamic_loops.py",
      "command": "pytest frequency-curvature-validation/tests/test_dynamic_loops.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_path_integral_independence",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 14,
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_dynamic_loops.py",
      "command": "pytest frequency-curvature-validation/tests/test_dynamic_loops.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_experimental_validation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 24,
        "PASS": 5,
        "FAIL": 4,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_experimental_validation.py",
      "command": "pytest frequency-curvature-validation/tests/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_nsr_removal_by_frame_change",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 10,
        "FAIL": 10,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_nsr_ngr_separation.py",
      "command": "pytest frequency-curvature-validation/tests/test_nsr_ngr_separation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_ngr_persistence",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 10,
        "FAIL": 10,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_nsr_ngr_separation.py",
      "command": "pytest frequency-curvature-validation/tests/test_nsr_ngr_separation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_loop_closure_with_separation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 10,
        "FAIL": 10,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_nsr_ngr_separation.py",
      "command": "pytest frequency-curvature-validation/tests/test_nsr_ngr_separation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_ngr_equals_xi",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 10,
        "FAIL": 10,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_nsr_ngr_separation.py",
      "command": "pytest frequency-curvature-validation/tests/test_nsr_ngr_separation.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_constant_proper_frequency",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 20,
        "PASS": 5,
        "FAIL": 5,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section2_constant_frequency.py",
      "command": "pytest frequency-curvature-validation/tests/test_section2_constant_frequency.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_delta_dimensionless",
      "category": "Dimensional check",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 20,
        "PASS": 5,
        "FAIL": 5,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section2_constant_frequency.py",
      "command": "pytest frequency-curvature-validation/tests/test_section2_constant_frequency.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_delta_additivity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 20,
        "PASS": 5,
        "FAIL": 5,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section2_constant_frequency.py",
      "command": "pytest frequency-curvature-validation/tests/test_section2_constant_frequency.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_delta_antisymmetry",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 20,
        "PASS": 5,
        "FAIL": 5,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section2_constant_frequency.py",
      "command": "pytest frequency-curvature-validation/tests/test_section2_constant_frequency.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_delta_self_comparison",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 20,
        "PASS": 5,
        "FAIL": 5,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section2_constant_frequency.py",
      "command": "pytest frequency-curvature-validation/tests/test_section2_constant_frequency.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_gravity_probe_a",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 15,
        "PASS": 5,
        "FAIL": 5,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section3_first_order_shifts.py",
      "command": "pytest frequency-curvature-validation/tests/test_section3_first_order_shifts.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_galileo_eccentric_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 15,
        "PASS": 5,
        "FAIL": 5,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section3_first_order_shifts.py",
      "command": "pytest frequency-curvature-validation/tests/test_section3_first_order_shifts.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_pound_rebka_prediction",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 15,
        "PASS": 5,
        "FAIL": 5,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section3_first_order_shifts.py",
      "command": "pytest frequency-curvature-validation/tests/test_section3_first_order_shifts.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_first_order_frame_absorbable",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 15,
        "PASS": 5,
        "FAIL": 5,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section3_first_order_shifts.py",
      "command": "pytest frequency-curvature-validation/tests/test_section3_first_order_shifts.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_gps_relativistic_correction",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 15,
        "PASS": 5,
        "FAIL": 5,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section3_first_order_shifts.py",
      "command": "pytest frequency-curvature-validation/tests/test_section3_first_order_shifts.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_flat_spacetime_loop_closure",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 13,
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section4_differences_of_differences.py",
      "command": "pytest frequency-curvature-validation/tests/test_section4_differences_of_differences.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_loop_closure_mathematical_identity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 13,
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section4_differences_of_differences.py",
      "command": "pytest frequency-curvature-validation/tests/test_section4_differences_of_differences.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_curved_spacetime_non_closure",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 13,
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section4_differences_of_differences.py",
      "command": "pytest frequency-curvature-validation/tests/test_section4_differences_of_differences.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_holonomy_analogy",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 13,
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section4_differences_of_differences.py",
      "command": "pytest frequency-curvature-validation/tests/test_section4_differences_of_differences.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_first_order_time_dilation_gradient",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 17,
        "PASS": 6,
        "FAIL": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section5_relation_to_gr.py",
      "command": "pytest frequency-curvature-validation/tests/test_section5_relation_to_gr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_second_order_curvature_component",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 17,
        "PASS": 6,
        "FAIL": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section5_relation_to_gr.py",
      "command": "pytest frequency-curvature-validation/tests/test_section5_relation_to_gr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_geodesic_deviation_earth",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 17,
        "PASS": 6,
        "FAIL": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section5_relation_to_gr.py",
      "command": "pytest frequency-curvature-validation/tests/test_section5_relation_to_gr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_mercury_perihelion_precession",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 17,
        "PASS": 6,
        "FAIL": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section5_relation_to_gr.py",
      "command": "pytest frequency-curvature-validation/tests/test_section5_relation_to_gr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_light_deflection_sun",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 17,
        "PASS": 6,
        "FAIL": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section5_relation_to_gr.py",
      "command": "pytest frequency-curvature-validation/tests/test_section5_relation_to_gr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_shapiro_delay",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 17,
        "PASS": 6,
        "FAIL": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section5_relation_to_gr.py",
      "command": "pytest frequency-curvature-validation/tests/test_section5_relation_to_gr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_n_decomposition",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 19,
        "PASS": 7,
        "FAIL": 7,
        "FAILED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section6_ssz_integration.py",
      "command": "pytest frequency-curvature-validation/tests/test_section6_ssz_integration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_n_sr_frame_removable",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 19,
        "PASS": 7,
        "FAIL": 7,
        "FAILED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section6_ssz_integration.py",
      "command": "pytest frequency-curvature-validation/tests/test_section6_ssz_integration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_n_gr_non_removable",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 19,
        "PASS": 7,
        "FAIL": 7,
        "FAILED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section6_ssz_integration.py",
      "command": "pytest frequency-curvature-validation/tests/test_section6_ssz_integration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_optical_clock_cm_resolution",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 19,
        "PASS": 7,
        "FAIL": 7,
        "FAILED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section6_ssz_integration.py",
      "command": "pytest frequency-curvature-validation/tests/test_section6_ssz_integration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_ssz_weak_field_limit",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 19,
        "PASS": 7,
        "FAIL": 7,
        "FAILED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section6_ssz_integration.py",
      "command": "pytest frequency-curvature-validation/tests/test_section6_ssz_integration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_ssz_strong_field_convergence",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 19,
        "PASS": 7,
        "FAIL": 7,
        "FAILED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section6_ssz_integration.py",
      "command": "pytest frequency-curvature-validation/tests/test_section6_ssz_integration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_aces_mission_sensitivity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 19,
        "PASS": 7,
        "FAIL": 7,
        "FAILED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section6_ssz_integration.py",
      "command": "pytest frequency-curvature-validation/tests/test_section6_ssz_integration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_conclusion_1_constant_frequency",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 17,
        "PASS": 6,
        "FAIL": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section7_conclusion.py",
      "command": "pytest frequency-curvature-validation/tests/test_section7_conclusion.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_conclusion_2_curvature_higher_order",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 17,
        "PASS": 6,
        "FAIL": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section7_conclusion.py",
      "command": "pytest frequency-curvature-validation/tests/test_section7_conclusion.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_conclusion_3_gr_alignment",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 17,
        "PASS": 6,
        "FAIL": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section7_conclusion.py",
      "command": "pytest frequency-curvature-validation/tests/test_section7_conclusion.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_conclusion_4_classical_not_quantum",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 17,
        "PASS": 6,
        "FAIL": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section7_conclusion.py",
      "command": "pytest frequency-curvature-validation/tests/test_section7_conclusion.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_ssz_framework_compatibility",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 17,
        "PASS": 6,
        "FAIL": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section7_conclusion.py",
      "command": "pytest frequency-curvature-validation/tests/test_section7_conclusion.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_holonomy_classical",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 17,
        "PASS": 6,
        "FAIL": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_section7_conclusion.py",
      "command": "pytest frequency-curvature-validation/tests/test_section7_conclusion.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_delay_positive",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_closer_approach_larger_delay",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_gamma_doubles_delay",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_cassini_delay_magnitude",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_cassini_gamma_constraint",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_weak_field_agreement",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_ssz_correction_sign",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_viking_1979",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_mariner_6_7",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_mercury_venus_radar",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_double_pulsar_j0737",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_shapiro_range_parameter",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_gw170817_constraint",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_shapiro_delay.py",
      "command": "pytest frequency-curvature-validation/tests/test_shapiro_delay.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_phi_fundamental",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 25,
        "PASS": 10,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_ssz_physics.py",
      "command": "pytest frequency-curvature-validation/tests/test_ssz_physics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_xi_boundary_conditions",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 25,
        "PASS": 10,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_ssz_physics.py",
      "command": "pytest frequency-curvature-validation/tests/test_ssz_physics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_universal_intersection",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 25,
        "PASS": 10,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_ssz_physics.py",
      "command": "pytest frequency-curvature-validation/tests/test_ssz_physics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_d_ssz_no_singularity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 25,
        "PASS": 10,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_ssz_physics.py",
      "command": "pytest frequency-curvature-validation/tests/test_ssz_physics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_weak_field_gr_recovery",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 25,
        "PASS": 10,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_ssz_physics.py",
      "command": "pytest frequency-curvature-validation/tests/test_ssz_physics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_paper_n_equals_ssz_xi",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 25,
        "PASS": 10,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_ssz_physics.py",
      "command": "pytest frequency-curvature-validation/tests/test_ssz_physics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_ssz_time_dilation_formula",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 25,
        "PASS": 10,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_ssz_physics.py",
      "command": "pytest frequency-curvature-validation/tests/test_ssz_physics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_ssz_redshift_prediction",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 25,
        "PASS": 10,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_ssz_physics.py",
      "command": "pytest frequency-curvature-validation/tests/test_ssz_physics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_frequency_comparison_ssz",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 25,
        "PASS": 10,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_ssz_physics.py",
      "command": "pytest frequency-curvature-validation/tests/test_ssz_physics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "frequency-curvature-validation",
      "test_name": "test_loop_closure_ssz",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 25,
        "PASS": 10,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/frequency-curvature-validation/tests/test_ssz_physics.py",
      "command": "pytest frequency-curvature-validation/tests/test_ssz_physics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "CHANGELOG",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/CHANGELOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "COMPLETE_VERIFICATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/COMPLETE_VERIFICATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "CONTRIBUTING",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/CONTRIBUTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "FIGURE_CHECKLIST_COAUTHORS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/FIGURE_CHECKLIST_COAUTHORS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "FINAL_CLEANUP_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/FINAL_CLEANUP_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "GENERATION_SUCCESS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/GENERATION_SUCCESS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "GIT_UPDATE_PACKAGE",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/GIT_UPDATE_PACKAGE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "METHODS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 2,
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/METHODS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "PAPER_MATERIALS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/PAPER_MATERIALS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "PIPELINE_STRATEGY",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/PIPELINE_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "PUBLICATION_README",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "PASS": 5,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/PUBLICATION_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "PUBLICATION_REVIEW_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/PUBLICATION_REVIEW_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "README",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "README_UPDATED",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/README_UPDATED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "REPOSITORY_FINAL_ASSESSMENT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/REPOSITORY_FINAL_ASSESSMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "RUN_ALL_VALIDATED_TESTS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAILED": 6,
        "PASSED": 5,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/RUN_ALL_VALIDATED_TESTS.py",
      "command": "pytest g79-cygnus-tests/RUN_ALL_VALIDATED_TESTS.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "SCRIPTS_VERIFICATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/SCRIPTS_VERIFICATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "SSZ_PURE_EXECUTIVE_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/SSZ_PURE_EXECUTIVE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "TEMPERATURE_EQUATIONS_README",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/TEMPERATURE_EQUATIONS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "TEST_PARSEC_CONVERSION",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/TEST_PARSEC_CONVERSION.py",
      "command": "pytest g79-cygnus-tests/TEST_PARSEC_CONVERSION.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "TEST_TEMPERATURE_EQUATIONS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/TEST_TEMPERATURE_EQUATIONS_COMPLETE.py",
      "command": "pytest g79-cygnus-tests/TEST_TEMPERATURE_EQUATIONS_COMPLETE.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "TEST_THREE_PHASE_DECOUPLING",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/TEST_THREE_PHASE_DECOUPLING.py",
      "command": "pytest g79-cygnus-tests/TEST_THREE_PHASE_DECOUPLING.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "VERIFICATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/VERIFICATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "API_EXAMPLES_AND_QUERIES",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/data/API_EXAMPLES_AND_QUERIES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "PAPER_SECTIONS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/docs/PAPER_SECTIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "PUBLICATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/publication_outputs/PUBLICATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "RUN_COMPLETE_IR_ANALYSIS_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/publication_outputs/reports/RUN_COMPLETE_IR_ANALYSIS_output.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "TEST_ALL_SCRIPTS_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "PASS": 8,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/publication_outputs/reports/TEST_ALL_SCRIPTS_SUMMARY.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "analyze_nh3_velocities_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/publication_outputs/reports/analyze_nh3_velocities_output.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "core_mass_empirical_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/publication_outputs/reports/core_mass_empirical_output.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "energy_release_model_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/publication_outputs/reports/energy_release_model_output.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "test_boundary_v_realistic_output",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/publication_outputs/reports/test_boundary_v_realistic_output.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "test_segmented_spacetime_full_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/publication_outputs/reports/test_segmented_spacetime_full_output.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "two_metric_model_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/publication_outputs/reports/two_metric_model_output.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "verify_paper_predictions_FIXED_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/publication_outputs/reports/verify_paper_predictions_FIXED_output.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "two_metric_model_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/results/analysis_outputs/two_metric_model_output.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "test_G79_empirical",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/scripts/core_mass_empirical.py",
      "command": "pytest g79-cygnus-tests/scripts/core_mass_empirical.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "test_core_mass_G79",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/scripts/fix_core_mass_integration.py",
      "command": "pytest g79-cygnus-tests/scripts/fix_core_mass_integration.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "test_G79_realistic",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/scripts/test_boundary_v_realistic.py",
      "command": "pytest g79-cygnus-tests/scripts/test_boundary_v_realistic.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "test_G79_boundary",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/scripts/test_boundary_velocity_boost.py",
      "command": "pytest g79-cygnus-tests/scripts/test_boundary_velocity_boost.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "test_parameter_sensitivity",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/scripts/test_boundary_velocity_boost.py",
      "command": "pytest g79-cygnus-tests/scripts/test_boundary_velocity_boost.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "test_irsa_catalogs",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/scripts/test_irsa_catalogs.py",
      "command": "pytest g79-cygnus-tests/scripts/test_irsa_catalogs.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "g79-cygnus-tests",
      "test_name": "test_segmented_spacetime_full",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/g79-cygnus-tests/scripts/test_segmented_spacetime_full.py",
      "command": "pytest g79-cygnus-tests/scripts/test_segmented_spacetime_full.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_COMPREHENSIVE_TEST_AUDIT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 6,
        "SKIPPED": 3,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_COMPREHENSIVE_TEST_AUDIT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_delay_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_closer_approach_larger_delay",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_gamma_doubles_delay",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_cassini_delay_magnitude",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_cassini_gamma_constraint",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_weak_field_agreement",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ssz_correction_sign",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_no_circular_dependencies",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_redshift_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_sun_weak_field_z_ssz_equals_z_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_earth_weak_field_z_ssz_equals_z_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_delta_m_is_zero_in_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_z_ssz_is_not_one_over_d_minus_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_winner_is_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_eps_based_tie_handling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_golden_dataset_46_of_47",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_single_gr_win_is_3c279",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_xi_weak_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_xi_strong_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_xi_at_horizon_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_d_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_d_gr_zero_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_weak_regime_above_10_rs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_photon_sphere_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_gps_drift_matches_observation",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_pound_rebka_matches_harvard",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_cassini_gamma",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_mercury_perihelion",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_s2_star_orbit",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_strong_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_blend_zone",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_gps_time_dilation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_pound_rebka",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_universal_intersection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 13,
        "PASS": 298,
        "PASSED": 69,
        "FAIL": 25,
        "SKIPPED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/SSZ_PROJECT_PART_17_PIPELINE_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "pipeline_execution_report",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "SKIP": 14,
        "PASSED": 49,
        "PASS": 28,
        "FAIL": 2,
        "FAILED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/pipeline_execution_report.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "BASELINE_v0.9_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-HOW-TO-BEAM/BASELINE_v0.9_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_SUMMARY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 12,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-HOW-TO-BEAM/FINAL_SUMMARY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FULL_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-HOW-TO-BEAM/FULL_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "RELEASE_AUDIT_v0.8.0",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-HOW-TO-BEAM/RELEASE_AUDIT_v0.8.0.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "RELEASE_AUDIT_v1.0.0",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAILED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-HOW-TO-BEAM/RELEASE_AUDIT_v1.0.0.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 54,
        "PASSED": 3,
        "FAILED": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-HOW-TO-BEAM/TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "V0_8_FREEZE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 7,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-HOW-TO-BEAM/V0_8_FREEZE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "11_validation_levels",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-HOW-TO-BEAM/docs/11_validation_levels.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_VALIDATION_FRAMEWORK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-HOW-TO-BEAM/docs/SSZ_VALIDATION_FRAMEWORK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "06_FINDINGS_G79_CYGNUS_TESTS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/06_FINDINGS_G79_CYGNUS_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "EXACT_BENCHMARK_REPLAY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/EXACT_BENCHMARK_REPLAY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "EXTERNAL_DATA_VALIDATION_REPORT",
      "category": "Data comparison",
      "quantity": "Metric and geometry",
      "result": {
        "SKIP": 4,
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/EXTERNAL_DATA_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "EXTERNAL_METRIC_COUNTERTEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIP": 5,
        "FAIL": 2,
        "FAILED": 3,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/EXTERNAL_METRIC_COUNTERTEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_INTEGRITY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 74,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/FINAL_INTEGRITY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_PROJECT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 23,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/FINAL_PROJECT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "OBSERVABLE_FORWARD_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/OBSERVABLE_FORWARD_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REFACTOR_RESULT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 13
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/REFACTOR_RESULT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_VALIDATION_SUMMARY_V2",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 6,
        "PASS": 21
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/SSZ_VALIDATION_SUMMARY_V2.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VALIDATION_OUTPUTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 21,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/VALIDATION_OUTPUTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FETCH_ALMA",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/external_validation/alma/FETCH_ALMA.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_COMPLETE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/reports/FINAL_COMPLETE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_VALIDATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 26
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/reports/FINAL_VALIDATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 12,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/reports/SSZ_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_report_latest",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2,
        "PASS": 38,
        "FAIL": 30
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/SSZ-METRIC_COMPLETE/reports/test_report_latest.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "31_OF_31_TESTS_PASSED_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 4,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/31_OF_31_TESTS_PASSED_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_TEST_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 13,
        "PASS": 6,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/COLAB_TEST_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_REPOSITORY_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 19
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/COMPLETE_REPOSITORY_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_VALIDATION_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 34,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/COMPLETE_VALIDATION_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPREHENSIVE_SCRIPT_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/COMPREHENSIVE_SCRIPT_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ppn_exact",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/COMPREHENSIVE_TESTS_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ppn_beta_equals_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/COMPREHENSIVE_TESTS_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_with_real_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_synthetic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_growth_calculation_known_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_with_real_observations",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_IMPROVEMENT_STATUS_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/DATA_IMPROVEMENT_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_IMPROVEMENT_STATUS_REPORT_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/DATA_IMPROVEMENT_STATUS_REPORT_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOUBLE_CHECK_VALIDATION_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 10,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/DOUBLE_CHECK_VALIDATION_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_PRINT_AUDIT_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/FINAL_PRINT_AUDIT_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_RELEASE_EXECUTION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 30,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/FINAL_RELEASE_EXECUTION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_REPOSITORY_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/FINAL_REPOSITORY_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_STATUS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8,
        "PASSED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/FINAL_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FULL_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 57
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/FULL_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HAWKING_SPECTRUM_TEST_INTERPRETATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/HAWKING_SPECTRUM_TEST_INTERPRETATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HAWKING_TOOLKIT_PLATFORM_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/HAWKING_TOOLKIT_PLATFORM_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_something",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_my_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_my_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INSTALL_TEST_CHANGES_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 18,
        "PASSED": 13,
        "PASS": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_CHANGES_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_core_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_data_files_exist",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_config_files_exist",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_basic_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_enhanced_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LINUX_TEST_FAILURE_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 5,
        "PASSED": 3,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/LINUX_TEST_FAILURE_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LINUX_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 23,
        "PASS": 3,
        "FAILED": 4,
        "SKIP": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/LINUX_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LINUX_TEST_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "FAILED": 3,
        "SKIPPED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/LINUX_TEST_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PAIRED_TEST_ANALYSIS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/PAIRED_TEST_ANALYSIS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PERFECT_PAIRED_TEST_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/PERFECT_PAIRED_TEST_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHYSICAL_EXPLANATION_ESO_VALIDATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/PHYSICAL_EXPLANATION_ESO_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHYSICS_TESTS_COMPLETE_LIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/PHYSICS_TESTS_COMPLETE_LIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PIPELINE_INTEGRATION_TEST_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "PASS": 11
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/PIPELINE_INTEGRATION_TEST_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 7,
        "FAIL": 2,
        "SKIP": 7,
        "SKIPPED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/PIPELINE_TESTS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 7,
        "FAIL": 2,
        "SKIP": 7,
        "SKIPPED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/PIPELINE_TESTS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PLATFORM_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/PLATFORM_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICK_TEST_COMMANDS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/QUICK_TEST_COMMANDS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPOSITORY_QUALITY_REPORT_v1.3.0",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/REPOSITORY_QUALITY_REPORT_v1.3.0.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "RUN_TESTS_QUICK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/RUN_TESTS_QUICK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SCRIPT_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 9,
        "FAILED": 1,
        "PASS": 38
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/SCRIPT_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SILENT_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 25,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/SILENT_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SMOKE_TESTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 3,
        "PASSED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/SMOKE_TESTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_COMPLETE_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/SSZ_COMPLETE_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_COLAB_CLONE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "SKIP": 9,
        "PASS": 2,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_COLAB_CLONE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_COUNT_CORRECTION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_COUNT_CORRECTION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_FAILURES_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "FAILED": 9,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_FAILURES_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_METHODOLOGY_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_METHODOLOGY_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SEGWAVE_CORE_FIX_NEEDED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "PASS": 1,
        "SKIPPED": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SEGWAVE_CORE_FIX_NEEDED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_INVENTORY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 26
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SUITE_INVENTORY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1,
        "FAILED": 4,
        "PASSED": 3,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SUITE_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_RESULTS_2025-12-07",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 13,
        "SKIPPED": 5,
        "PASS": 51,
        "SKIP": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SUITE_RESULTS_2025-12-07.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SUITE_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_VERIFICATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 14,
        "PASS": 6,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SUITE_VERIFICATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_VERIFICATION_EN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "PASS": 6,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TEST_SUITE_VERIFICATION_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TOE_MISSING_TESTS_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TOE_MISSING_TESTS_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TOE_VALIDATION_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/TOE_VALIDATION_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "UNIFIED_VALIDATION_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/UNIFIED_VALIDATION_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VALIDATION_EXTERNAL_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 5,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/VALIDATION_EXTERNAL_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VALIDATION_FRAMEWORK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 18,
        "FAILED": 2,
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/VALIDATION_FRAMEWORK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERBOSE_TESTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/VERBOSE_TESTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERBOSE_TESTS_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/VERBOSE_TESTS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERBOSE_TESTS_PROGRESS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/VERBOSE_TESTS_PROGRESS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERBOSE_TESTS_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/VERBOSE_TESTS_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_hawking_fit",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/test_hawking_fit.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PAIRED_TEST_ANALYSIS_COMPLETE_OLD",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/archive/v1.3.0/PAIRED_TEST_ANALYSIS_COMPLETE_OLD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CROSS_REFERENCE_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/docs/improvement/CROSS_REFERENCE_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LIMIT_BEHAVIOR_REPORT",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/docs/improvement/LIMIT_BEHAVIOR_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPRODUCIBILITY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/docs/improvement/REPRODUCIBILITY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "16_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 33,
        "FAILED": 2,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/docs/theory/16_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_TEST_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 41,
        "FAILED": 1,
        "SKIPPED": 25
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/outputs/COMPLETE_TEST_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_VALIDATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "SKIPPED": 1,
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/outputs/COMPLETE_VALIDATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_VALIDATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/outputs/SSZ_VALIDATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "0804.0266v1.pdf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/papers/validation/0804.0266v1.pdf.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "Segmented_Spacetime_and_the_Origin_of_Molecular_Zones_in_Expanding_Nebulae.docx",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/papers/validation/Segmented_Spacetime_and_the_Origin_of_Molecular_Zones_in_Expanding_Nebulae.docx.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "stu296.pdf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/papers/validation/stu296.pdf.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_REPORTS_INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 13,
        "PASSED": 3,
        "FAILED": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/reports/TEST_REPORTS_INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICK_FIX_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/QUICK_FIX_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README_SCRIPTS_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/README_SCRIPTS_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README_THEORY_PREDICTIONS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/scripts/tests/README_THEORY_PREDICTIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ADDITIONAL_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/ADDITIONAL_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICK_FIX_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/QUICK_FIX_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 7,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/README_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ppn_exact",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/REAL_DATA_TESTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ppn_beta_equals_one",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/REAL_DATA_TESTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_compare_with_eht_shadow",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/REAL_DATA_TESTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_harmonize_columns_rejects_missing_errors",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/TEST_UPDATES_2025-10-18.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/tests/lastworking/README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_VALIDATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/COMPLETE_VALIDATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "full-output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 199,
        "FAIL": 16,
        "PASSED": 496,
        "FAILED": 10,
        "SKIP": 4,
        "SKIPPED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/full-output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_crossover",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/02_MATHEMATICAL_FORMULAS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_causality",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/02_MATHEMATICAL_FORMULAS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "0804.0266v1.pdf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/0804.0266v1.pdf.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "16_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 33,
        "FAILED": 2,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/16_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ADDITIONAL_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ADDITIONAL_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ADDONS_USAGE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ADDONS_USAGE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "AddressingtheLimitationsofArbitraryPrecisionComputation-ACallforCollaborativeSolutions-byLinoCasuandAkiraAI",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/AddressingtheLimitationsofArbitraryPrecisionComputation-ACallforCollaborativeSolutions-byLinoCasuandAkiraAI.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "BUGFIXES_2025-10-18",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/BUGFIXES_2025-10-18.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "BUILD_DEBIAN_PACKAGE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/BUILD_DEBIAN_PACKAGE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CHANGELOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CHANGELOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CHANGELOG_2025-10-28",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CHANGELOG_2025-10-28.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CHANGELOG_PAPER_EXPORTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CHANGELOG_PAPER_EXPORTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CODE_DOCUMENTATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 33,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CODE_DOCUMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_COMPATIBILITY_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "SKIP": 1,
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COLAB_COMPATIBILITY_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_COMPLETENESS_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COLAB_COMPLETENESS_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_COMPLETE_SETUP_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 6,
        "PASSED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COLAB_COMPLETE_SETUP_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_MASTER_COMPLETE_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20,
        "SKIP": 8,
        "PASSED": 3,
        "FAILED": 3,
        "SKIPPED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COLAB_MASTER_COMPLETE_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_TEST_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 13,
        "PASS": 6,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COLAB_TEST_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_WARNINGS_EXPLAINED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 6,
        "FAIL": 3,
        "PASSED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COLAB_WARNINGS_EXPLAINED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMBINED_FIXES_IMPACT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMBINED_FIXES_IMPACT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMMIT_MESSAGES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMMIT_MESSAGES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_INTEGRATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPLETE_INTEGRATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_REPOSITORY_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 19
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPLETE_REPOSITORY_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_SCIENTIFIC_DOCUMENTATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 18,
        "FAILED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPLETE_SCIENTIFIC_DOCUMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_STATUS_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPLETE_STATUS_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_VALIDATION_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 34,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPLETE_VALIDATION_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPREHENSIVE_SCRIPT_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPREHENSIVE_SCRIPT_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPREHENSIVE_TESTING_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 4,
        "FAILED": 1,
        "PASS": 6,
        "PASSED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPREHENSIVE_TESTING_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ppn_exact",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPREHENSIVE_TESTS_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ppn_beta_equals_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/COMPREHENSIVE_TESTS_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_your_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CONTRIBUTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ppn_limit",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CONTRIBUTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_with_real_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_synthetic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_growth_calculation_known_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_with_real_observations",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CROSS_PLATFORM_COMPATIBILITY_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CROSS_PLATFORM_COMPATIBILITY_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CROSS_PLATFORM_NOTES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CROSS_PLATFORM_NOTES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CROSS_PLATFORM_SUBPROCESS_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CROSS_PLATFORM_SUBPROCESS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CROSS_PLATFORM_TESTING",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1,
        "SKIP": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/CROSS_PLATFORM_TESTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_ACCESS_REPRODUCIBILITY_CRISIS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_ACCESS_REPRODUCIBILITY_CRISIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_redshift_consistency",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_orbital_parameters",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_spectrum",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_multifreq",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_real_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_EXPANSION_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_by_category",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_EXPANSION_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_FETCHING_README",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_FETCHING_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_IMPROVEMENT_ROADMAP",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_IMPROVEMENT_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_IMPROVEMENT_ROADMAP_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_IMPROVEMENT_ROADMAP_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_IMPROVEMENT_STATUS_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_IMPROVEMENT_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_IMPROVEMENT_STATUS_REPORT_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_IMPROVEMENT_STATUS_REPORT_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_QUALITY_FINAL_STATUS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_QUALITY_FINAL_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_USAGE_SUMMARY",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DATA_USAGE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOCUMENTATION_IMPROVEMENT_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOCUMENTATION_IMPROVEMENT_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOCUMENTATION_IMPROVEMENT_ROADMAP_DE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOCUMENTATION_IMPROVEMENT_ROADMAP_DE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOCUMENTATION_INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOCUMENTATION_INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOCUMENTATION_LOCATIONS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOCUMENTATION_LOCATIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOCUMENTATION_UPDATE_2025-10-29",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOCUMENTATION_UPDATE_2025-10-29.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOUBLE_CHECK_VALIDATION_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 10,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/DOUBLE_CHECK_VALIDATION_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ENCODING_FIX_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ENCODING_FIX_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "EQUILIBRIUM_RADIUS_SOLUTION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/EQUILIBRIUM_RADIUS_SOLUTION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "EXTENDED_METRICS_INTEGRATION",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/EXTENDED_METRICS_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_orbital",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/EXTERNAL_DATASETS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "EXTERNAL_DATA_INTEGRATION_CRITICAL_WARNINGS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6,
        "FAILED": 4,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/EXTERNAL_DATA_INTEGRATION_CRITICAL_WARNINGS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FAQ",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FAQ.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FEHLERQUELLEN_UND_LÖSUNGEN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FEHLERQUELLEN_UND_LÖSUNGEN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FEHLERSUCHE_KOMPLETT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FEHLERSUCHE_KOMPLETT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_EXECUTION_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_EXECUTION_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_PRINT_AUDIT_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_PRINT_AUDIT_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_README_UPDATE_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_README_UPDATE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_RELEASE_EXECUTION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 30,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_RELEASE_EXECUTION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_REPOSITORY_CHECK_2025-10-20",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_REPOSITORY_CHECK_2025-10-20.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_REPOSITORY_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_REPOSITORY_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_RUN_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_RUN_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_STATUS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8,
        "PASSED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_VERIFICATION_2025-10-28",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 14,
        "PASS": 18,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FINAL_VERIFICATION_2025-10-28.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FIX_ALL_PIPELINES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 17,
        "SKIP": 8,
        "FAIL": 1,
        "PASSED": 6,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FIX_ALL_PIPELINES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FULL_OUTPUT_QUALITY_REVIEW",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 7,
        "FAIL": 3,
        "PASS": 9,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FULL_OUTPUT_QUALITY_REVIEW.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FULL_OUTPUT_REVIEW",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "PASSED": 6,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FULL_OUTPUT_REVIEW.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FULL_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 57
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/FULL_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "Final Paper — Φ, Β & Euler (segmented Spacetime)",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/Final Paper — Φ, Β & Euler (segmented Spacetime).md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GIT_HYBRID_STRATEGY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/GIT_HYBRID_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GIT_LFS_READY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/GIT_LFS_READY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GIT_SYNC_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/GIT_SYNC_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GOOGLE_COLAB_SETUP_DE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/GOOGLE_COLAB_SETUP_DE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HAWKING_PROXY_TOOLKIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/HAWKING_PROXY_TOOLKIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HAWKING_SPECTRUM_IMPLEMENTATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/HAWKING_SPECTRUM_IMPLEMENTATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HAWKING_SPECTRUM_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/HAWKING_SPECTRUM_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HAWKING_SPECTRUM_TEST_INTERPRETATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/HAWKING_SPECTRUM_TEST_INTERPRETATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HAWKING_TOOLKIT_PLATFORM_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/HAWKING_TOOLKIT_PLATFORM_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_something",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_my_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_my_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INSTALL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 7,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INSTALL_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INSTALL_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "SKIP": 1,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INSTALL_TEST_CHANGES_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 18,
        "PASSED": 13,
        "PASS": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_CHANGES_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_core_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_data_files_exist",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_config_files_exist",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_basic_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_enhanced_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INTEGRATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/INTEGRATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_redshift_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LABORATORY_COMPARABILITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_multi_frequency_sources",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LABORATORY_COMPARABILITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_cross_instrument",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LABORATORY_COMPARABILITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LINUX_FIX_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20,
        "FAIL": 4,
        "PASSED": 9,
        "SKIPPED": 2,
        "FAILED": 1,
        "SKIP": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LINUX_FIX_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LINUX_TEST_FAILURE_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 5,
        "PASSED": 3,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LINUX_TEST_FAILURE_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LINUX_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 23,
        "PASS": 3,
        "FAILED": 4,
        "SKIP": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LINUX_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LINUX_TEST_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "FAILED": 3,
        "SKIPPED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LINUX_TEST_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LOGGING_SYSTEM_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "FAILED": 3,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/LOGGING_SYSTEM_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "MD_ECHO_SIMPLIFIED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/MD_ECHO_SIMPLIFIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "MISSING_DATA_ANALYSIS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/MISSING_DATA_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "MISSING_FILES_INVENTORY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 23
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/MISSING_FILES_INVENTORY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "NED_SPECTRUM_INTEGRATION_2025-10-19",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/NED_SPECTRUM_INTEGRATION_2025-10-19.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "OPTIMIZATION_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/OPTIMIZATION_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "OUTPUT_LOGS_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAIL": 5,
        "PASSED": 3,
        "FAILED": 6,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/OUTPUT_LOGS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "OUT_OF_DATA_LINO_CASU_STATEMENT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/OUT_OF_DATA_LINO_CASU_STATEMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PAIRED_TEST_ANALYSIS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PAIRED_TEST_ANALYSIS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PAPER_EXPORTS_INTEGRATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "SKIPPED": 3,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PAPER_EXPORTS_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_inference_returns_ci",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PAPER_EXPORTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_inference_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PAPER_EXPORTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_inference_returns_ci",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PAPER_PIPELINE_INTEGRATION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_inference_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PAPER_PIPELINE_INTEGRATION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_full_workflow_m87",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_full_workflow_s2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_cli_end_to_end",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_performance_phi_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PERFECT_PAIRED_TEST_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PERFECT_PAIRED_TEST_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PERFECT_SEG_ANALYSIS_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PERFECT_SEG_ANALYSIS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHYSICS_TESTS_COMPLETE_LIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PHYSICS_TESTS_COMPLETE_LIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PIPELINE_AND_INTERPRETATION_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_AND_INTERPRETATION_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PIPELINE_INTEGRATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4,
        "PASSED": 9,
        "FAILED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PIPELINE_OUTPUT_DOCUMENTATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "FAILED": 2,
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_OUTPUT_DOCUMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PIPELINE_STATUS_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 35,
        "PASSED": 1,
        "FAILED": 5,
        "SKIPPED": 4,
        "SKIP": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_STATUS_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 7,
        "FAIL": 2,
        "SKIP": 7,
        "SKIPPED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_TESTS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 7,
        "FAIL": 2,
        "SKIP": 7,
        "SKIPPED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PIPELINE_TESTS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PLATFORM_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PLATFORM_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PRODUKTIONSPLAN_TRILINGUAL_VIDEO",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PRODUKTIONSPLAN_TRILINGUAL_VIDEO.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_something",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PYTEST_CRASH_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_method",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PYTEST_CRASH_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_method",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PYTEST_CRASH_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PYTHON_VERSION_REQUIREMENTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/PYTHON_VERSION_REQUIREMENTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICKSTART",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/QUICKSTART.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICK_FIX_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/QUICK_FIX_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICK_START_CROSS_PLATFORM",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/QUICK_START_CROSS_PLATFORM.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICK_START_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/QUICK_START_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICK_TEST_COMMANDS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/QUICK_TEST_COMMANDS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_equilibrium_no_nan",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/RAPIDITY_IMPLEMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README_ACCURACY_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/README_ACCURACY_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "RELEASE_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/RELEASE_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPOSITORY_FREEZE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 12,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPOSITORY_FREEZE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPOSITORY_PERFECTION_ASSESSMENT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPOSITORY_PERFECTION_ASSESSMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPOSITORY_QUALITY_ASSESSMENT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6,
        "SKIP": 3,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPOSITORY_QUALITY_ASSESSMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPOSITORY_QUALITY_REPORT_v1.3.0",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPOSITORY_QUALITY_REPORT_v1.3.0.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPOSITORY_SECURITY_PERMISSIONS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPOSITORY_SECURITY_PERMISSIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPOSITORY_UPDATE_2025-10-19",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPOSITORY_UPDATE_2025-10-19.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPO_STATUS_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPO_STATUS_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPO_UPDATE_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/REPO_UPDATE_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "RUN_FULL_SUITE_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/RUN_FULL_SUITE_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "RUN_TESTS_QUICK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/RUN_TESTS_QUICK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SCIENTIFIC_VERIFICATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SCIENTIFIC_VERIFICATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SCIENTIFIC_VERIFICATION_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 25,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SCIENTIFIC_VERIFICATION_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SCRIPTS_CREATED_2025-10-20",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SCRIPTS_CREATED_2025-10-20.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SCRIPT_GUIDES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9,
        "PASSED": 3,
        "FAILED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SCRIPT_GUIDES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SCRIPT_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 9,
        "FAILED": 1,
        "PASS": 38
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SCRIPT_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SEGSPACE_CONSOLIDATED_FINDINGS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 12
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SEGSPACE_CONSOLIDATED_FINDINGS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SEGWAVE_CORE_COMPLETION_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SEGWAVE_CORE_COMPLETION_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SEGWAVE_DATA_INTEGRATION_COMPLETE",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SEGWAVE_DATA_INTEGRATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SEGWAVE_FINAL_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 29
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SEGWAVE_FINAL_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SEGWAVE_IMPLEMENTATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 22
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SEGWAVE_IMPLEMENTATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SESSION_ANALYSIS_2025-10-28",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SESSION_ANALYSIS_2025-10-28.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SESSION_SUMMARY_2025-10-20",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SESSION_SUMMARY_2025-10-20.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SESSION_SUMMARY_2025-10-20_RAPIDITY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SESSION_SUMMARY_2025-10-20_RAPIDITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SESSION_SUMMARY_2025-10-29",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SESSION_SUMMARY_2025-10-29.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SILENT_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 25,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SILENT_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SMOKE_TESTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 3,
        "PASSED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SMOKE_TESTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_COMPLETE_PIPELINE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SSZ_COMPLETE_PIPELINE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_COMPLETE_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SSZ_COMPLETE_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_EXECUTIVE_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SSZ_EXECUTIVE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SUMMARY_CONFIGURATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SUMMARY_CONFIGURATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SUMMARY_PIPELINE_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SUMMARY_PIPELINE_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SUMMARY_TOOL_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SUMMARY_TOOL_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SYNTHETIC_DATA_REMOVAL",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SYNTHETIC_DATA_REMOVAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SegmentedSpacetime-ANewPerspectiveonLightGravityandBlackHoles",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SegmentedSpacetime-ANewPerspectiveonLightGravityandBlackHoles.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SegmentedSpacetimeandtheNaturalBoundaryofBlackHoles-ImplicationsfortheCosmicCensorshipConjecture",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/SegmentedSpacetimeandtheNaturalBoundaryofBlackHoles-ImplicationsfortheCosmicCensorshipConjecture.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "Segmented_Spacetime_and_the_Origin_of_Molecular_Zones_in_Expanding_Nebulae.docx",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/Segmented_Spacetime_and_the_Origin_of_Molecular_Zones_in_Expanding_Nebulae.docx.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_physical_phenomenon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TESTING_COMPLETE_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_technical_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TESTING_COMPLETE_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TESTING_PAPER_EXPORTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TESTING_PAPER_EXPORTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_COLAB_CLONE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "SKIP": 9,
        "PASS": 2,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_COLAB_CLONE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_FAILURES_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "FAILED": 9,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_FAILURES_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_METHODOLOGY_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_METHODOLOGY_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1,
        "FAILED": 4,
        "PASSED": 3,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_SUITE_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_SUITE_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_VERIFICATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 14,
        "PASS": 6,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_SUITE_VERIFICATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_VERIFICATION_EN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "PASS": 6,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TEST_SUITE_VERIFICATION_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TODAYS_WORK_2025-10-28_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODAYS_WORK_2025-10-28_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TODO_DATA_INTEGRATION",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DATA_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TODO_DATA_INTEGRATION_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DATA_INTEGRATION_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_audio_generation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_gif_loading",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_video_concatenation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stellar_nucleosynthesis_animation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_gif_file_sizes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TOE_MISSING_TESTS_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TOE_MISSING_TESTS_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TOE_VALIDATION_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TOE_VALIDATION_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TROUBLESHOOTING",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/TROUBLESHOOTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "UNIFIED_VALIDATION_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/UNIFIED_VALIDATION_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "UPDATE_DOCUMENTATION_INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/UPDATE_DOCUMENTATION_INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "USAGE_FAQ",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 19,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/USAGE_FAQ.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "UTF8_FIX_CHANGELOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/UTF8_FIX_CHANGELOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VALIDATION_FRAMEWORK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 18,
        "FAILED": 2,
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VALIDATION_FRAMEWORK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERBOSE_TESTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VERBOSE_TESTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERBOSE_TESTS_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VERBOSE_TESTS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERBOSE_TESTS_PROGRESS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VERBOSE_TESTS_PROGRESS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERBOSE_TESTS_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VERBOSE_TESTS_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERIFICATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/VERIFICATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "Verification Summary of Segmented Spacetime Repository",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/Verification Summary of Segmented Spacetime Repository.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "WARNING_EXPLANATIONS_ADDED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/WARNING_EXPLANATIONS_ADDED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "WINDOWS_VERIFICATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8,
        "PASSED": 5,
        "SKIP": 2,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/WINDOWS_VERIFICATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "WSL_SETUP_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/WSL_SETUP_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "implement also this",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/implement also this.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "stu296.pdf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/stu296.pdf.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_hawking_fit",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete/reports/test_hawking_fit.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_VALIDATION_SUMMARY_EXTENDED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASSED": 2,
        "FAILED": 1,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/COMPLETE_VALIDATION_SUMMARY_EXTENDED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "full-output-extended",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 298,
        "FAIL": 26,
        "PASSED": 521,
        "FAILED": 30,
        "SKIP": 8,
        "SKIPPED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/full-output-extended.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_crossover",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/02_MATHEMATICAL_FORMULAS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_causality",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/02_MATHEMATICAL_FORMULAS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "0804.0266v1.pdf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/0804.0266v1.pdf.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "16_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 33,
        "FAILED": 2,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/16_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ADDITIONAL_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 4,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ADDITIONAL_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ADDONS_USAGE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ADDONS_USAGE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "AddressingtheLimitationsofArbitraryPrecisionComputation-ACallforCollaborativeSolutions-byLinoCasuandAkiraAI",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/AddressingtheLimitationsofArbitraryPrecisionComputation-ACallforCollaborativeSolutions-byLinoCasuandAkiraAI.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "BUGFIXES_2025-10-18",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/BUGFIXES_2025-10-18.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "BUILD_DEBIAN_PACKAGE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/BUILD_DEBIAN_PACKAGE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CHANGELOG_2025-10-28",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CHANGELOG_2025-10-28.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CHANGELOG_PAPER_EXPORTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CHANGELOG_PAPER_EXPORTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CODE_DOCUMENTATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 33,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CODE_DOCUMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_COMPATIBILITY_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "SKIP": 1,
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COLAB_COMPATIBILITY_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_COMPLETENESS_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COLAB_COMPLETENESS_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_COMPLETE_SETUP_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 6,
        "PASSED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COLAB_COMPLETE_SETUP_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_MASTER_COMPLETE_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20,
        "SKIP": 8,
        "PASSED": 3,
        "FAILED": 3,
        "SKIPPED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COLAB_MASTER_COMPLETE_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_TEST_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 13,
        "PASS": 6,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COLAB_TEST_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_WARNINGS_EXPLAINED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 6,
        "FAIL": 3,
        "PASSED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COLAB_WARNINGS_EXPLAINED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMBINED_FIXES_IMPACT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMBINED_FIXES_IMPACT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMMIT_MESSAGES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMMIT_MESSAGES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_INTEGRATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPLETE_INTEGRATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_REPOSITORY_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 19
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPLETE_REPOSITORY_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_SCIENTIFIC_DOCUMENTATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 18,
        "FAILED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPLETE_SCIENTIFIC_DOCUMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_STATUS_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPLETE_STATUS_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_VALIDATION_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 34,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPLETE_VALIDATION_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPREHENSIVE_SCRIPT_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPREHENSIVE_SCRIPT_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPREHENSIVE_TESTING_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 4,
        "FAILED": 1,
        "PASS": 6,
        "PASSED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPREHENSIVE_TESTING_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ppn_exact",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPREHENSIVE_TESTS_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ppn_beta_equals_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/COMPREHENSIVE_TESTS_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_your_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CONTRIBUTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ppn_limit",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CONTRIBUTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_statistics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_with_real_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_synthetic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_growth_calculation_known_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_with_real_observations",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 11,
        "FAIL": 3,
        "SKIP": 7,
        "SKIPPED": 8,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CRITICAL_TEST_ISSUES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CROSS_PLATFORM_COMPATIBILITY_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CROSS_PLATFORM_COMPATIBILITY_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CROSS_PLATFORM_NOTES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CROSS_PLATFORM_NOTES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CROSS_PLATFORM_SUBPROCESS_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CROSS_PLATFORM_SUBPROCESS_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CROSS_PLATFORM_TESTING",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1,
        "SKIP": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/CROSS_PLATFORM_TESTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_ACCESS_REPRODUCIBILITY_CRISIS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_ACCESS_REPRODUCIBILITY_CRISIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_redshift_consistency",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_orbital_parameters",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_spectrum",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_multifreq",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_COLUMNS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ring_growth_real_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_EXPANSION_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_by_category",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_EXPANSION_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_FETCHING_README",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_FETCHING_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_IMPROVEMENT_ROADMAP",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_IMPROVEMENT_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_IMPROVEMENT_ROADMAP_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_IMPROVEMENT_ROADMAP_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_IMPROVEMENT_STATUS_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_IMPROVEMENT_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_IMPROVEMENT_STATUS_REPORT_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_IMPROVEMENT_STATUS_REPORT_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_QUALITY_FINAL_STATUS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_QUALITY_FINAL_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DATA_USAGE_SUMMARY",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DATA_USAGE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOCUMENTATION_IMPROVEMENT_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOCUMENTATION_IMPROVEMENT_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOCUMENTATION_IMPROVEMENT_ROADMAP_DE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOCUMENTATION_IMPROVEMENT_ROADMAP_DE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOCUMENTATION_INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOCUMENTATION_INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOCUMENTATION_LOCATIONS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOCUMENTATION_LOCATIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOCUMENTATION_UPDATE_2025-10-29",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOCUMENTATION_UPDATE_2025-10-29.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DOUBLE_CHECK_VALIDATION_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 10,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/DOUBLE_CHECK_VALIDATION_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ENCODING_FIX_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ENCODING_FIX_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "EQUILIBRIUM_RADIUS_SOLUTION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/EQUILIBRIUM_RADIUS_SOLUTION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3,
        "SKIP": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/ERROR_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "EXTENDED_METRICS_INTEGRATION",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/EXTENDED_METRICS_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_orbital",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/EXTERNAL_DATASETS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "EXTERNAL_DATA_INTEGRATION_CRITICAL_WARNINGS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6,
        "FAILED": 4,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/EXTERNAL_DATA_INTEGRATION_CRITICAL_WARNINGS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FAQ",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FAQ.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FEHLERQUELLEN_UND_LÖSUNGEN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FEHLERQUELLEN_UND_LÖSUNGEN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FEHLERSUCHE_KOMPLETT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FEHLERSUCHE_KOMPLETT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_EXECUTION_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_EXECUTION_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_PRINT_AUDIT_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_PRINT_AUDIT_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_README_UPDATE_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_README_UPDATE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_RELEASE_EXECUTION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 30,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_RELEASE_EXECUTION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_REPOSITORY_CHECK_2025-10-20",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_REPOSITORY_CHECK_2025-10-20.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_REPOSITORY_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_REPOSITORY_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_RUN_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_RUN_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_STATUS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8,
        "PASSED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_VERIFICATION_2025-10-28",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 14,
        "PASS": 18,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FINAL_VERIFICATION_2025-10-28.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stdout_encoding",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 9,
        "FAILED": 3,
        "PASSED": 3,
        "SKIPPED": 2,
        "PASS": 3,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FIXES_APPLIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FIX_ALL_PIPELINES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 17,
        "SKIP": 8,
        "FAIL": 1,
        "PASSED": 6,
        "SKIPPED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FIX_ALL_PIPELINES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FULL_OUTPUT_QUALITY_REVIEW",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 7,
        "FAIL": 3,
        "PASS": 9,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FULL_OUTPUT_QUALITY_REVIEW.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FULL_OUTPUT_REVIEW",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "PASSED": 6,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FULL_OUTPUT_REVIEW.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FULL_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 57
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/FULL_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "Final Paper — Φ, Β & Euler (segmented Spacetime)",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/Final Paper — Φ, Β & Euler (segmented Spacetime).md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GIT_HYBRID_STRATEGY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/GIT_HYBRID_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GIT_LFS_READY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/GIT_LFS_READY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GIT_SYNC_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/GIT_SYNC_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GOOGLE_COLAB_SETUP_DE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/GOOGLE_COLAB_SETUP_DE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HAWKING_PROXY_TOOLKIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/HAWKING_PROXY_TOOLKIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HAWKING_SPECTRUM_IMPLEMENTATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/HAWKING_SPECTRUM_IMPLEMENTATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HAWKING_SPECTRUM_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/HAWKING_SPECTRUM_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HAWKING_SPECTRUM_TEST_INTERPRETATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/HAWKING_SPECTRUM_TEST_INTERPRETATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HAWKING_TOOLKIT_PLATFORM_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/HAWKING_TOOLKIT_PLATFORM_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_something",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_my_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_my_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/IMPORTANT_TEST_ARCHITECTURE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INSTALL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 7,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INSTALL_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INSTALL_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "SKIP": 1,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INSTALL_TEST_CHANGES_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 18,
        "PASSED": 13,
        "PASS": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_CHANGES_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_core_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_data_files_exist",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_config_files_exist",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_basic_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_phi_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_enhanced_debug_data_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 17,
        "PASSED": 4,
        "FAIL": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INSTALL_TEST_SIMPLIFICATION_PROPOSAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INTEGRATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/INTEGRATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_redshift_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LABORATORY_COMPARABILITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_multi_frequency_sources",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LABORATORY_COMPARABILITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_cross_instrument",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LABORATORY_COMPARABILITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LINUX_FIX_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20,
        "FAIL": 4,
        "PASSED": 9,
        "SKIPPED": 2,
        "FAILED": 1,
        "SKIP": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LINUX_FIX_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LINUX_TEST_FAILURE_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 5,
        "PASSED": 3,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LINUX_TEST_FAILURE_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LINUX_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 23,
        "PASS": 3,
        "FAILED": 4,
        "SKIP": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LINUX_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LINUX_TEST_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "FAILED": 3,
        "SKIPPED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LINUX_TEST_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LOGGING_SYSTEM_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "FAILED": 3,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/LOGGING_SYSTEM_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "MD_ECHO_SIMPLIFIED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/MD_ECHO_SIMPLIFIED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "MISSING_DATA_ANALYSIS",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/MISSING_DATA_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "MISSING_FILES_INVENTORY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 23
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/MISSING_FILES_INVENTORY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "NED_SPECTRUM_INTEGRATION_2025-10-19",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/NED_SPECTRUM_INTEGRATION_2025-10-19.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "OPTIMIZATION_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/OPTIMIZATION_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "OUTPUT_LOGS_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAIL": 5,
        "PASSED": 3,
        "FAILED": 6,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/OUTPUT_LOGS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "OUT_OF_DATA_LINO_CASU_STATEMENT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/OUT_OF_DATA_LINO_CASU_STATEMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PAIRED_TEST_ANALYSIS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PAIRED_TEST_ANALYSIS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PAPER_EXPORTS_INTEGRATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "SKIPPED": 3,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PAPER_EXPORTS_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_inference_returns_ci",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PAPER_EXPORTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_inference_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PAPER_EXPORTS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_inference_returns_ci",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PAPER_PIPELINE_INTEGRATION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_inference_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PAPER_PIPELINE_INTEGRATION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_full_workflow_m87",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_full_workflow_s2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_cli_end_to_end",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_performance_phi_calculation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "FAILED": 1,
        "SKIPPED": 1,
        "SKIP": 1,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PERFECTION_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PERFECT_PAIRED_TEST_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PERFECT_PAIRED_TEST_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PERFECT_SEG_ANALYSIS_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PERFECT_SEG_ANALYSIS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHYSICS_TESTS_COMPLETE_LIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PHYSICS_TESTS_COMPLETE_LIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PIPELINE_AND_INTERPRETATION_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_AND_INTERPRETATION_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PIPELINE_INTEGRATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4,
        "PASSED": 9,
        "FAILED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PIPELINE_OUTPUT_DOCUMENTATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "FAILED": 2,
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_OUTPUT_DOCUMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PIPELINE_STATUS_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 35,
        "PASSED": 1,
        "FAILED": 5,
        "SKIPPED": 4,
        "SKIP": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PIPELINE_STATUS_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PLATFORM_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PLATFORM_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PRODUKTIONSPLAN_TRILINGUAL_VIDEO",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PRODUKTIONSPLAN_TRILINGUAL_VIDEO.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_something",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PYTEST_CRASH_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_method",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PYTEST_CRASH_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_method",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/PYTEST_CRASH_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICKSTART",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/QUICKSTART.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICK_FIX_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/QUICK_FIX_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICK_START_CROSS_PLATFORM",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/QUICK_START_CROSS_PLATFORM.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICK_START_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/QUICK_START_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICK_TEST_COMMANDS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/QUICK_TEST_COMMANDS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_equilibrium_no_nan",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/RAPIDITY_IMPLEMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README_ACCURACY_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/README_ACCURACY_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "RELEASE_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/RELEASE_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPOSITORY_QUALITY_ASSESSMENT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6,
        "SKIP": 3,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPOSITORY_QUALITY_ASSESSMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPOSITORY_QUALITY_REPORT_v1.3.0",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPOSITORY_QUALITY_REPORT_v1.3.0.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPOSITORY_SECURITY_PERMISSIONS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPOSITORY_SECURITY_PERMISSIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPOSITORY_UPDATE_2025-10-19",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPOSITORY_UPDATE_2025-10-19.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPO_STATUS_FINAL",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPO_STATUS_FINAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPO_UPDATE_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/REPO_UPDATE_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "RUN_FULL_SUITE_FIX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/RUN_FULL_SUITE_FIX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "RUN_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "PASS": 20,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/RUN_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "RUN_TESTS_QUICK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/RUN_TESTS_QUICK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SCIENTIFIC_VERIFICATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SCIENTIFIC_VERIFICATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SCIENTIFIC_VERIFICATION_CHECKLIST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 25,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SCIENTIFIC_VERIFICATION_CHECKLIST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SCRIPTS_CREATED_2025-10-20",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SCRIPTS_CREATED_2025-10-20.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SCRIPT_GUIDES",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9,
        "PASSED": 3,
        "FAILED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SCRIPT_GUIDES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SCRIPT_TEST_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 9,
        "FAILED": 1,
        "PASS": 38
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SCRIPT_TEST_RESULTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SEGSPACE_CONSOLIDATED_FINDINGS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 12
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SEGSPACE_CONSOLIDATED_FINDINGS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SEGWAVE_CORE_COMPLETION_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SEGWAVE_CORE_COMPLETION_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SEGWAVE_DATA_INTEGRATION_COMPLETE",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SEGWAVE_DATA_INTEGRATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SEGWAVE_FINAL_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 29
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SEGWAVE_FINAL_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SEGWAVE_IMPLEMENTATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 22
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SEGWAVE_IMPLEMENTATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SESSION_ANALYSIS_2025-10-28",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SESSION_ANALYSIS_2025-10-28.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SESSION_SUMMARY_2025-10-20",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SESSION_SUMMARY_2025-10-20.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SESSION_SUMMARY_2025-10-20_RAPIDITY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SESSION_SUMMARY_2025-10-20_RAPIDITY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SILENT_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 25,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SILENT_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SMOKE_TESTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 3,
        "PASSED": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SMOKE_TESTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_COMPLETE_PIPELINE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SSZ_COMPLETE_PIPELINE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_COMPLETE_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 20
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SSZ_COMPLETE_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_EXECUTIVE_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SSZ_EXECUTIVE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SUMMARY_CONFIGURATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SUMMARY_CONFIGURATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SUMMARY_PIPELINE_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SUMMARY_PIPELINE_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SUMMARY_TOOL_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SUMMARY_TOOL_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SYNTHETIC_DATA_REMOVAL",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SYNTHETIC_DATA_REMOVAL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SegmentedSpacetime-ANewPerspectiveonLightGravityandBlackHoles",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SegmentedSpacetime-ANewPerspectiveonLightGravityandBlackHoles.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SegmentedSpacetimeandtheNaturalBoundaryofBlackHoles-ImplicationsfortheCosmicCensorshipConjecture",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/SegmentedSpacetimeandtheNaturalBoundaryofBlackHoles-ImplicationsfortheCosmicCensorshipConjecture.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "Segmented_Spacetime_and_the_Origin_of_Molecular_Zones_in_Expanding_Nebulae.docx",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/Segmented_Spacetime_and_the_Origin_of_Molecular_Zones_in_Expanding_Nebulae.docx.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_physical_phenomenon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TESTING_COMPLETE_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_technical_feature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TESTING_COMPLETE_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TESTING_PAPER_EXPORTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TESTING_PAPER_EXPORTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_COLAB_CLONE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "SKIP": 9,
        "PASS": 2,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_COLAB_CLONE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_FAILURES_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "FAILED": 9,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_FAILURES_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_METHODOLOGY_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_METHODOLOGY_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1,
        "FAILED": 4,
        "PASSED": 3,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_SUITE_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_SUITE_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_VERIFICATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 14,
        "PASS": 6,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_SUITE_VERIFICATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_SUITE_VERIFICATION_EN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16,
        "PASS": 6,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TEST_SUITE_VERIFICATION_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TODAYS_WORK_2025-10-28_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 8,
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODAYS_WORK_2025-10-28_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TODO_DATA_INTEGRATION",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DATA_INTEGRATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TODO_DATA_INTEGRATION_EN",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DATA_INTEGRATION_EN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_audio_generation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_gif_loading",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_video_concatenation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_stellar_nucleosynthesis_animation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_gif_file_sizes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TODO_DOCUMENTATION_UPLOAD.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TOE_MISSING_TESTS_ROADMAP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TOE_MISSING_TESTS_ROADMAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TOE_VALIDATION_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TOE_VALIDATION_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TROUBLESHOOTING",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/TROUBLESHOOTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "UNIFIED_VALIDATION_README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/UNIFIED_VALIDATION_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "UPDATE_DOCUMENTATION_INDEX",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/UPDATE_DOCUMENTATION_INDEX.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "USAGE_FAQ",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 19,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/USAGE_FAQ.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "UTF8_FIX_CHANGELOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/UTF8_FIX_CHANGELOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VALIDATION_FRAMEWORK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 18,
        "FAILED": 2,
        "FAIL": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VALIDATION_FRAMEWORK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERBOSE_TESTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VERBOSE_TESTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERBOSE_TESTS_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VERBOSE_TESTS_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERBOSE_TESTS_PROGRESS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VERBOSE_TESTS_PROGRESS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERBOSE_TESTS_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VERBOSE_TESTS_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERIFICATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/VERIFICATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "Verification Summary of Segmented Spacetime Repository",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/Verification Summary of Segmented Spacetime Repository.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "WARNING_EXPLANATIONS_ADDED",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/WARNING_EXPLANATIONS_ADDED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "WINDOWS_VERIFICATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8,
        "PASSED": 5,
        "SKIP": 2,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/WINDOWS_VERIFICATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "WSL_SETUP_GUIDE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/WSL_SETUP_GUIDE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "full-output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 129,
        "FAILED": 5,
        "PASS": 64,
        "SKIP": 2,
        "SKIPPED": 2,
        "FAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/full-output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "stu296.pdf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/stu296.pdf.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "summary-output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/summary-output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_hawking_fit",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_complete_extended/reports/test_hawking_fit.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_VALIDATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Mass-Projection-Unified-Results/validation_out_v2/COMPLETE_VALIDATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ACHIEVEMENT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Starmaps/ACHIEVEMENT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HOW_TO_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Starmaps/HOW_TO_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PROJECT_FINAL_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/Segmented-Spacetime-Starmaps/PROJECT_FINAL_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "BUILD_REPORT_PHASE2_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/counterexample-commons/reports/BUILD_REPORT_PHASE2_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_NOTEBOOK_FAILURE_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 11,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/counterexample-commons/reports/COLAB_NOTEBOOK_FAILURE_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COLAB_NOTEBOOK_REPAIR_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/counterexample-commons/reports/COLAB_NOTEBOOK_REPAIR_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CORRECTED_PHASE_STATUS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 42
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/counterexample-commons/reports/CORRECTED_PHASE_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CROSS_REPOSITORY_BOUNDARY_INCIDENT_REPORT",
      "category": "Limit test",
      "quantity": "Other research artefacts",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/counterexample-commons/reports/CROSS_REPOSITORY_BOUNDARY_INCIDENT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "IDENTITY_LICENSE_METADATA_VALIDATION",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 36
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/counterexample-commons/reports/IDENTITY_LICENSE_METADATA_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "RESCUE_FILE_BY_FILE_INTEGRATION_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/counterexample-commons/reports/RESCUE_FILE_BY_FILE_INTEGRATION_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SAWIN_REPAIR_IMPLEMENTATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 16,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/counterexample-commons/reports/SAWIN_REPAIR_IMPLEMENTATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/frequency-curvature-validation/README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ERWEITERTE_VALIDIERUNGSTABELLEN",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/frequency-curvature-validation/docs/ERWEITERTE_VALIDIERUNGSTABELLEN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_delay_positive",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_closer_approach_larger_delay",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_gamma_doubles_delay",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_cassini_delay_magnitude",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_cassini_gamma_constraint",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_weak_field_agreement",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_ssz_correction_sign",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/frequency-curvature-validation/docs/SHAPIRO_DELAY_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CHANGELOG",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/CHANGELOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_VERIFICATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/COMPLETE_VERIFICATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CONTRIBUTING",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/CONTRIBUTING.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FIGURE_CHECKLIST_COAUTHORS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/FIGURE_CHECKLIST_COAUTHORS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_CLEANUP_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/FINAL_CLEANUP_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GENERATION_SUCCESS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/GENERATION_SUCCESS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GIT_UPDATE_PACKAGE",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/GIT_UPDATE_PACKAGE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "METHODS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 2,
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/METHODS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PAPER_MATERIALS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/PAPER_MATERIALS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PIPELINE_STRATEGY",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/PIPELINE_STRATEGY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PUBLICATION_README",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "PASS": 5,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/PUBLICATION_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PUBLICATION_REVIEW_ANALYSIS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/PUBLICATION_REVIEW_ANALYSIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README_UPDATED",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 3,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/README_UPDATED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPOSITORY_FINAL_ASSESSMENT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/REPOSITORY_FINAL_ASSESSMENT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SCRIPTS_VERIFICATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/SCRIPTS_VERIFICATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_PURE_EXECUTIVE_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/SSZ_PURE_EXECUTIVE_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEMPERATURE_EQUATIONS_README",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/TEMPERATURE_EQUATIONS_README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VERIFICATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/VERIFICATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "API_EXAMPLES_AND_QUERIES",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/data/API_EXAMPLES_AND_QUERIES.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PAPER_SECTIONS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/docs/PAPER_SECTIONS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PUBLICATION_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/g79-cygnus-tests/publication_outputs/PUBLICATION_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PARITY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 4,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/segmented-calculation-suite/PARITY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "AUDIT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/segmented-calculation-suite/docs/AUDIT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FULL-REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/segmented-calculation-suite/docs/FULL-REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "INVENTORY_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/segmented-calculation-suite/docs/INVENTORY_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PERFECTION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 2,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/segmented-calculation-suite/docs/PERFECTION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PLOT_PARITY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/segmented-calculation-suite/docs/PLOT_PARITY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QUICK_VALIDATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/segmented-calculation-suite/docs/QUICK_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_PARITY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "SKIPPED": 2,
        "PASS": 68
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/segmented-calculation-suite/docs/TEST_PARITY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PARITY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 12,
        "SKIPPED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/segmented-calculation-suite/docs/archive/PARITY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "CONSISTENCY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 1,
        "FAIL": 1,
        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-all-tests/CONSISTENCY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "PASSED": 2,
        "FAILED": 1,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-all-tests/README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_RUN_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-all-tests/TEST_RUN_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "full-output-integrity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-all-tests/full-output-integrity.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "full-output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 109,
        "FAILED": 14,
        "PASS": 86
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-all-tests/full-output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "missing-in-docs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-all-tests/missing-in-docs.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_piecewise_fit",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1186,
        "FAILED": 33,
        "PASS": 128,
        "SKIPPED": 1,
        "FAIL": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-all-tests/really-full-output-stream.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_model_compatibility",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1186,
        "FAILED": 33,
        "PASS": 128,
        "SKIPPED": 1,
        "FAIL": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-all-tests/really-full-output-stream.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_sharp_break_location",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1186,
        "FAILED": 33,
        "PASS": 128,
        "SKIPPED": 1,
        "FAIL": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-all-tests/really-full-output-stream.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "really-full-output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1268,
        "FAILED": 13,
        "PASS": 134,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-all-tests/really-full-output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-all-tests/tests/README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "chord_partition_validation_summary",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-all-tests/tests/chord_partition/outputs/chord_partition_validation_summary.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "all_tests_2026-05-07",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 2,
        "PASS": 20
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-complete-documentation/07_VALIDATION/all_tests_2026-05-07.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "cassini_test",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-complete-documentation/07_VALIDATION/cassini_test.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_gps_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-complete-documentation/07_VALIDATION/gps_validation.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ligo_final_interpretation_lock",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-complete-documentation/07_VALIDATION/ligo_final_interpretation_lock.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ligo_h1l1_mini_pipeline_test_plan",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 16,
        "FAIL": 3,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-complete-documentation/07_VALIDATION/ligo_h1l1_mini_pipeline_test_plan.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "nebulae_validation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-complete-documentation/07_VALIDATION/nebulae_validation.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_coverage_complete",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 7,
        "SKIPPED": 1,
        "SKIP": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-complete-documentation/07_VALIDATION/test_coverage_complete.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_methodology",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-complete-documentation/07_VALIDATION/test_methodology.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ligo_tests_findings",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "XFAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-complete-documentation/10_REPOSITORIES/ligo_tests_findings.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "test_file_index",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 13
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-complete-documentation/10_REPOSITORIES/test_file_index.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ULTIMATE_FINAL_REPORT_2025-10-31",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-full-metric/ULTIMATE_FINAL_REPORT_2025-10-31.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-lensing/FINAL_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_REPORT_IMPLEMENTATION",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-lensing/FINAL_REPORT_IMPLEMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_REPORT_VALIDATION",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-lensing/FINAL_REPORT_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FULL_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-lensing/FULL_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "validation_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "PASS": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-lensing/validation_report.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FULL_ANALYSIS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-lensing/docs/FULL_ANALYSIS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "OUTPUT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-lensing/docs/OUTPUT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-lensing/reports/COMPLETE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "MODEL_ZOO_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 10,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-lensing/reports/MODEL_ZOO_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-lensing/reports/TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-lensing/reports/VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "RADIAL_SCALING_GAUGE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "PASS": 28
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-lensing/test-reports/RADIAL_SCALING_GAUGE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 13,
        "FAILED": 1,
        "XFAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FULL_RECURSIVE_RELEASE_SCAN_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/data_manifest/FULL_RECURSIVE_RELEASE_SCAN_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "HDF5_SYMLINK_FORENSICS_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/data_manifest/HDF5_SYMLINK_FORENSICS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LIGO_RELEASE_SCIENCE_MAP",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/data_manifest/LIGO_RELEASE_SCIENCE_MAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "NESTED_EXTRACTION_VALIDATION_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/data_manifest/NESTED_EXTRACTION_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHASE_5C_REFERENCE_MODEL_LOCK_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/data_manifest/PHASE_5C_REFERENCE_MODEL_LOCK_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHASE_5C_RF_COMPUTATION_BLOCKED",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/data_manifest/PHASE_5C_RF_COMPUTATION_BLOCKED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "H1_L1_MINI_PIPELINE_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 16,
        "FAIL": 3,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/docs/H1_L1_MINI_PIPELINE_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LIGO_GWOSC_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 5,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/docs/LIGO_GWOSC_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "MISSING_FORMULAS_DEVELOPMENT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/docs/MISSING_FORMULAS_DEVELOPMENT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_GEOMETRIC_ALGEBRA_INTERFEROMETER_MODEL",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/docs/SSZ_GEOMETRIC_ALGEBRA_INTERFEROMETER_MODEL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_INTERFEROMETER_ANHOLONOMY_FORMULATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/docs/SSZ_INTERFEROMETER_ANHOLONOMY_FORMULATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHASE_1B_2_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/logs/PHASE_1B_2_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHASE_1_EVIDENCE_INVENTORY_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/logs/PHASE_1_EVIDENCE_INVENTORY_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHASE_2_SCIENCE_MAPPING_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/logs/PHASE_2_SCIENCE_MAPPING_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHASE_3E_FULL_RECURSIVE_RELEASE_SCAN_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/logs/PHASE_3E_FULL_RECURSIVE_RELEASE_SCAN_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHASE_3_EXECUTION_BLOCKER_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/logs/PHASE_3_EXECUTION_BLOCKER_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHASE_3_REPRODUCTION_READINESS_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/logs/PHASE_3_REPRODUCTION_READINESS_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHASE_4_NESTED_EXTRACTION_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/logs/PHASE_4_NESTED_EXTRACTION_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "ARTIFACT_SCORE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/ARTIFACT_SCORE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DQ_AWARE_FINAL_LIGO_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/DQ_AWARE_FINAL_LIGO_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "DQ_STATE_VECTOR_BIT_PROVENANCE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/DQ_STATE_VECTOR_BIT_PROVENANCE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_INTERPRETATION_LOCK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/FINAL_INTERPRETATION_LOCK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GAUSSIANITY_ARTIFACT_GATE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/GAUSSIANITY_ARTIFACT_GATE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GA_INTERFEROMETER_SYNTHETIC_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/GA_INTERFEROMETER_SYNTHETIC_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "GW250207_ARTIFACT_GATE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/GW250207_ARTIFACT_GATE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "H1_L1_COHERENCE_PIPELINE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/H1_L1_COHERENCE_PIPELINE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "H1_ONLY_EXPLORATORY_STRAIN_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/H1_ONLY_EXPLORATORY_STRAIN_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "L1_ARTIFACT_GATE_FINAL_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/L1_ARTIFACT_GATE_FINAL_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "L1_DQ_FLAG_CHECK_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 22,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/L1_DQ_FLAG_CHECK_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "L1_EXCLUDED_OR_DIAGNOSTIC_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/L1_EXCLUDED_OR_DIAGNOSTIC_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "L1_GAUSSIANITY_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 14
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/L1_GAUSSIANITY_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LIGO_QUESTION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/LIGO_QUESTION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "LIGO_RELEASE_MASTER_STATUS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/LIGO_RELEASE_MASTER_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "NEXT_PHYSICS_DERIVATION_TASKS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/NEXT_PHYSICS_DERIVATION_TASKS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "OPEN_DATA_METHODOLOGY_POSITION",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/OPEN_DATA_METHODOLOGY_POSITION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHASE_5_RF_TEST_FINAL_RESULT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/PHASE_5_RF_TEST_FINAL_RESULT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHASE_5_RF_TEST_RESULT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/PHASE_5_RF_TEST_RESULT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PHYSICS_CLARIFICATION_NOTE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/PHYSICS_CLARIFICATION_NOTE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PROVENANCE_FIRST_MASTER_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/PROVENANCE_FIRST_MASTER_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PSD_WELCH_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/PSD_WELCH_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PYTEST_FULL_RUN_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 125,
        "FAILED": 106,
        "SKIPPED": 1,
        "XFAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/PYTEST_FULL_RUN_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "QNM_TEST_READINESS_REQUIREMENTS",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/QNM_TEST_READINESS_REQUIREMENTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REAL_STRAIN_LOAD_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/REAL_STRAIN_LOAD_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REAL_TEST_VERIFICATION_MASTER_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "PASSED": 1,
        "FAILED": 1,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/REAL_TEST_VERIFICATION_MASTER_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_LIGO_TEST_FRAMEWORK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/SSZ_LIGO_TEST_FRAMEWORK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_PREREGISTERED_HYPOTHESIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/SSZ_PREREGISTERED_HYPOTHESIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SYNTHETIC_FORWARD_DRY_RUN_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/SYNTHETIC_FORWARD_DRY_RUN_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "UNIT_NORMALIZATION_AUDIT",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/UNIT_NORMALIZATION_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_PROJECT_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/progress/COMPLETE_PROJECT_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_PROJECT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 12,
        "FAIL": 6,
        "XFAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/progress/COMPLETE_PROJECT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_PROJECT_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 11,
        "XFAIL": 3,
        "FAIL": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/progress/COMPLETE_PROJECT_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "OFFSOURCE_BACKGROUND_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/progress/OFFSOURCE_BACKGROUND_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README_FINAL_CONSISTENCY_PASS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/progress/README_FINAL_CONSISTENCY_PASS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README_FINAL_REPUTATION_CLEANUP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/progress/README_FINAL_REPUTATION_CLEANUP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README_REPUTATION_SAFETY_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 11,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-ligo-tests/reports/progress/README_REPUTATION_SAFETY_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "README_TESTS",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAIL": 1,
        "SKIPPED": 6,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-metric-final/tests/README_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "06_FINDINGS_G79_CYGNUS_TESTS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-metric-pure/06_FINDINGS_G79_CYGNUS_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_PROJECT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 20,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-metric-pure/FINAL_PROJECT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_VALIDATION_SUMMARY_V2",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 6,
        "PASS": 21
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-metric-pure/SSZ_VALIDATION_SUMMARY_V2.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VALIDATION_OUTPUTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 21,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-metric-pure/VALIDATION_OUTPUTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_COMPLETE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-metric-pure/reports/FINAL_COMPLETE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_VALIDATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 26
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-metric-pure/reports/FINAL_VALIDATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 12,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-metric-pure/reports/SSZ_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_PROJECT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-qubits/COMPLETE_PROJECT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "COMPLETE_PROJECT_REPORT_DE",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 8,
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-qubits/COMPLETE_PROJECT_REPORT_DE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 2,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-qubits/FINAL_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_REPORT_DE",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-qubits/FINAL_REPORT_DE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "PAPER_D_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "PASS": 41
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-qubits/PAPER_D_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_QUBITS_CORRECTION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-qubits/SSZ_QUBITS_CORRECTION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-radial-scaling/REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "SSZ_MATHEMATICAL_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-schumann/SSZ_MATHEMATICAL_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "FINAL_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 14,
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-schumann/docs/FINAL_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 85,
        "FAILED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-schumann/docs/TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_REPORT_2025-12-08",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 16,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-schumann/docs/TEST_REPORT_2025-12-08.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-schumann/output/validation/run_20251208_045657/VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "hilfsdateien",
      "test_name": "TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 2,
        "SKIPPED": 1,
        "PASS": 64
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/hilfsdateien/markdowns/ssz-trajectories/reports/TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_validation_report",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 54,
        "FAILED": 5,
        "SKIPPED": 5,
        "FAIL": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/data/test_validation_report.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test-validation-report",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAIL": 1,
        "FAILED": 1,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/docs/test-validation-report.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_validation_report",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 4,
        "FAILED": 8,
        "SKIPPED": 10,
        "PASSED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/python/test_validation_report.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/python/test_validation_report.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_rotation_preserves_area",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_rotation_preserves_radius",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_holomorphic_residual_small",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_nonholomorphic_residual_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_euler_energy_drift_worse_than_leapfrog",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_symplectic_euler_bounded_for_short_run",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_curves_have_shape",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_intersections_return_two_columns",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_intersection_candidates_are_clustered",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_moduli_labels",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_moduli_point_counts",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_trefoil_shape",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_lengths_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_distortion_ratio_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_canonical_values_at_rs_are_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_weak_branch_matches_documentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_d_factor_recovers_outward_after_blend",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_effective_potential_is_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_declared_profile_and_alternative_are_explicit",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_blend_joins_the_declared_source_branches",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_blend_is_c1_at_both_formula_boundaries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_blend_is_c2_at_both_formula_boundaries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_phi_ladder_self_similarity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_state_conversions_are_consistent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_regime_labels_cover_guardrails",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_prime_directive_routing",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_full_route_contains_guardrails",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_unknown_observable_fails_closed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_physical_regime_and_formula_domain_are_separate",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_regime_boundaries_match_ssz_state_labels",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_forbidden_formula_routes_fail_closed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_static_triple_clock_product_telescopes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_dynamic_loop_deviation_has_shape",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_evidence_ledger_has_claim_scopes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_all_visualization_pairs_exist",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_visualization_index_catalogs_every_animation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_readme_embeds_only_key_diagnostics",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_meta_dashboards_are_not_gallery_outputs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_all_visualizations_share_stable_dimensions",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_static_frames_are_not_blank",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_animations_contain_visible_motion",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_claim_boundaries_are_explicit",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_source_to_code_traceability_mentions_every_visual_stem",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_readme_links_hardening_docs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_relative_markdown_links_resolve",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_drift_report_outputs_exist_and_are_nontrivial",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_observable_routing_export_matches_routes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_report_is_machine_readable_and_bounded",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "pardon-symplectic-geometry-ssz-lab",
      "test_name": "test_report_covers_every_discovered_test_class",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py",
      "command": "pytest pardon-symplectic-geometry-ssz-lab/tests/test_math_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "PARITY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 4,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/PARITY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_100_percent_perfection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "PASSED": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_100_percent_perfection.py",
      "command": "pytest segmented-calculation-suite/test_100_percent_perfection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_176_objects",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_176_objects.py",
      "command": "pytest segmented-calculation-suite/test_176_objects.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_batch_ns",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_batch_ns.py",
      "command": "pytest segmented-calculation-suite/test_batch_ns.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_deltaM_fix",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_deltaM_fix.py",
      "command": "pytest segmented-calculation-suite/test_deltaM_fix.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_eso_validation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_eso_validation.py",
      "command": "pytest segmented-calculation-suite/test_eso_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_fixes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_fixes.py",
      "command": "pytest segmented-calculation-suite/test_fixes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_golden_runs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_golden_runs.py",
      "command": "pytest segmented-calculation-suite/test_golden_runs.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_golden_dataset_exists",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_golden_validation.py",
      "command": "pytest segmented-calculation-suite/test_golden_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_golden_win_rate",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_golden_validation.py",
      "command": "pytest segmented-calculation-suite/test_golden_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_golden_regime_distribution",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_golden_validation.py",
      "command": "pytest segmented-calculation-suite/test_golden_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_golden_columns",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_golden_validation.py",
      "command": "pytest segmented-calculation-suite/test_golden_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_physics_validation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8,
        "FAILED": 5,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_physics_validation.py",
      "command": "pytest segmented-calculation-suite/test_physics_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_pipeline",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_pipeline.py",
      "command": "pytest segmented-calculation-suite/test_pipeline.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_run_artifacts",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_run_artifacts.py",
      "command": "pytest segmented-calculation-suite/test_run_artifacts.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_tie_on_equal_residuals",
      "category": "Regression test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_tie_regression.py",
      "command": "pytest segmented-calculation-suite/test_tie_regression.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_ssz_closer_consistent_with_winner",
      "category": "Regression test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_tie_regression.py",
      "command": "pytest segmented-calculation-suite/test_tie_regression.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_no_winner_without_observation",
      "category": "Regression test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_tie_regression.py",
      "command": "pytest segmented-calculation-suite/test_tie_regression.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_winner_deterministic",
      "category": "Regression test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_tie_regression.py",
      "command": "pytest segmented-calculation-suite/test_tie_regression.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_regime_has_numeric_trigger",
      "category": "Regression test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_tie_regression.py",
      "command": "pytest segmented-calculation-suite/test_tie_regression.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_sun_weak_field",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": {
        "PASS": 4,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_weak_field_contract.py",
      "command": "pytest segmented-calculation-suite/test_weak_field_contract.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_earth_orbit_weak_field",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": {
        "PASS": 4,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_weak_field_contract.py",
      "command": "pytest segmented-calculation-suite/test_weak_field_contract.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_gps_satellite_weak_field",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": {
        "PASS": 4,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_weak_field_contract.py",
      "command": "pytest segmented-calculation-suite/test_weak_field_contract.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_neutron_star_strong_field",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": {
        "PASS": 4,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_weak_field_contract.py",
      "command": "pytest segmented-calculation-suite/test_weak_field_contract.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_win_rate",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/test_win_rate.py",
      "command": "pytest segmented-calculation-suite/test_win_rate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "AUDIT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/docs/AUDIT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "FULL-REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/docs/FULL-REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "INVENTORY_TESTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/docs/INVENTORY_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "PERFECTION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 2,
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/docs/PERFECTION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "PLOT_PARITY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/docs/PLOT_PARITY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "QUICK_VALIDATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/docs/QUICK_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "TEST_PARITY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "SKIPPED": 2,
        "PASS": 68
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/docs/TEST_PARITY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "PARITY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 12,
        "SKIPPED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/docs/archive/PARITY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_harness",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAIL": 5,
        "PASSED": 57,
        "FAILED": 8,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_harness.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_harness.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_dual_velocity_product_is_c_squared",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_xi_plus_d_bounded",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_d_ssz_from_xi_relation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_xi_at_horizon_is_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_z_from_d_relation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_weak_field_redshift_approximation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_natural_boundary_ratio",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_phi_squared_relation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_phi_reciprocal_relation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_calculate_all_preserves_order",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_calculate_all_handles_nan",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_ssz_vs_gr_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_xi_monotonic_in_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_d_monotonic_in_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_results_reproducible",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_invariants.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_phi_precision",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_physics.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_schwarzschild_radius_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_physics.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_xi_weak_field_limit",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_physics.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_xi_strong_field_limit",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_physics.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_xi_blend_continuity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_physics.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_xi_auto_regime_selection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_physics.py",
      "command": "pytest segmented-calculation-suite/segcalc/tests/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_no_singularities",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/segcalc/tests/test_physics.py",
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    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_skytree_450m",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_experimental_validation.py",
      "command": "pytest segmented-calculation-suite/tests/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_earth_surface_ssz_equals_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_experimental_validation.py",
      "command": "pytest segmented-calculation-suite/tests/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_solar_system_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_experimental_validation.py",
      "command": "pytest segmented-calculation-suite/tests/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_d_ssz_equals_one_over_one_plus_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_experimental_validation.py",
      "command": "pytest segmented-calculation-suite/tests/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_xi_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_experimental_validation.py",
      "command": "pytest segmented-calculation-suite/tests/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_d_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_experimental_validation.py",
      "command": "pytest segmented-calculation-suite/tests/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_light_cone_closing_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_null_geodesic_dr_dT_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_light_travel_time_exceeds_flat_space",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_effective_potential_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_effective_potential_equals_c2_sech2",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_metric_smooth_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_no_horizon_singularity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_timelike_geodesic_returns_arrays",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_timelike_geodesic_integrates",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_phi_gravitational_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_gamma_ge_one",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_beta_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_sech2_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_gamma_squared_times_sech2_equals_one",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_null_geodesic_path_consistency",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_geodesics.py",
      "command": "pytest segmented-calculation-suite/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_sun_weak_field_z_ssz_equals_z_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_earth_weak_field_z_ssz_equals_z_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_delta_m_is_zero_in_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_z_ssz_is_not_one_over_d_minus_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_winner_is_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_eps_based_tie_handling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_golden_dataset_46_of_47",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_single_gr_win_is_3c279",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_xi_weak_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_xi_strong_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_xi_at_horizon_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_d_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_d_gr_zero_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_weak_regime_above_10_rs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_photon_sphere_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_invariants_hard.py",
      "command": "pytest segmented-calculation-suite/tests/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_qubit_creation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_qubit.py",
      "command": "pytest segmented-calculation-suite/tests/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_qubit_position",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_qubit.py",
      "command": "pytest segmented-calculation-suite/tests/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_qubit_radius",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_qubit.py",
      "command": "pytest segmented-calculation-suite/tests/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_qubit_pair_separation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_qubit.py",
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    {
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    },
    {
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    },
    {
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    },
    {
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        "FAIL": 2
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_ui_canonicalization.py",
      "command": "pytest segmented-calculation-suite/tests/test_ui_canonicalization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_winner_requires_real_z_obs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_ui_canonicalization.py",
      "command": "pytest segmented-calculation-suite/tests/test_ui_canonicalization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_app_py_no_legacy_90_110_in_ui_text",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_ui_canonicalization.py",
      "command": "pytest segmented-calculation-suite/tests/test_ui_canonicalization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_reference_tab_shows_canonical_boundaries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_ui_canonicalization.py",
      "command": "pytest segmented-calculation-suite/tests/test_ui_canonicalization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-calculation-suite",
      "test_name": "test_regime_colors_defined_for_all_canonical_regimes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-calculation-suite/tests/test_ui_canonicalization.py",
      "command": "pytest segmented-calculation-suite/tests/test_ui_canonicalization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-energy",
      "test_name": "FINAL_PERFECT_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "FAIL": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-energy/FINAL_PERFECT_TEST.py",
      "command": "pytest segmented-energy/FINAL_PERFECT_TEST.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-energy",
      "test_name": "test_complete_dataset",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-energy/test_on_complete_dataset.py",
      "command": "pytest segmented-energy/test_on_complete_dataset.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "segmented-energy",
      "test_name": "test_ssz_dataset",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/segmented-energy/test_ssz_complete_dataset.py",
      "command": "pytest segmented-energy/test_ssz_complete_dataset.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "ALL_TEST_DATA",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 902,
        "FAILED": 5,
        "PASS": 55,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/ALL_TEST_DATA.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "CONSISTENCY_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 1,
        "FAIL": 1,
        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/CONSISTENCY_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "LIVE_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 12,
        "FAILED": 12,
        "PASS": 12
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/LIVE_STATUS.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "MASTER_RESULTS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 10,
        "FAILED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/MASTER_RESULTS.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "PASSED": 2,
        "FAILED": 1,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "TEST_RUN_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/TEST_RUN_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "aggregate_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregate_tests.py",
      "command": "pytest ssz-all-tests/aggregate_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "aggregated_results",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "FAILED": 11,
        "PASS": 7,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated_results.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "analysis-index",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 238,
        "FAILED": 16
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/analysis-index.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "capture_all_test_outputs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 7,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/capture_all_test_outputs.py",
      "command": "pytest ssz-all-tests/capture_all_test_outputs.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "chord_partition_final",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 14
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/chord_partition_final.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "chord_partition_test_output_v2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 5,
        "PASSED": 12
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/chord_partition_test_output_v2.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "complete_run_",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/complete_run_.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "execution_output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 11,
        "FAILED": 11,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/execution_output.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "fix_broken_testfiles",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/fix_broken_testfiles.py",
      "command": "pytest ssz-all-tests/fix_broken_testfiles.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "fix_test_constants",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/fix_test_constants.py",
      "command": "pytest ssz-all-tests/fix_test_constants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "full-output-integrity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/full-output-integrity.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "full-output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 109,
        "FAILED": 14,
        "PASS": 86
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/full-output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "missing-in-docs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/missing-in-docs.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_piecewise_fit",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1186,
        "FAILED": 33,
        "PASS": 128,
        "SKIPPED": 1,
        "FAIL": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/really-full-output-stream.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_compatibility",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1186,
        "FAILED": 33,
        "PASS": 128,
        "SKIPPED": 1,
        "FAIL": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/really-full-output-stream.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sharp_break_location",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1186,
        "FAILED": 33,
        "PASS": 128,
        "SKIPPED": 1,
        "FAIL": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/really-full-output-stream.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "really-full-output",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1268,
        "FAILED": 13,
        "PASS": 134,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/really-full-output.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "restore_fullmetric_tests",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/restore_fullmetric_tests.py",
      "command": "pytest ssz-all-tests/restore_fullmetric_tests.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "run_all_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "PASSED": 6,
        "FAILED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/run_all_tests.py",
      "command": "pytest ssz-all-tests/run_all_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "run_complete_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "PASSED": 18,
        "FAILED": 20,
        "PASS": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/run_complete_tests.py",
      "command": "pytest ssz-all-tests/run_complete_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "scan_report",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 372
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/scan_report.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_closure",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_period_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_self_intersection_at_origin",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_derivative_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_higher_modes_have_higher_curvature",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_periodic_derivative",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "SKIP": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_coprime_modes_close",
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        "PASS": 3,
        "SKIP": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/test_chord_partition_modes.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/test_chord_partition_modes.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/test_chord_partition_modes.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
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    },
    {
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        "FAIL": 2
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/test_chord_partition_modes.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_cosmo_fields.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "PASS": 1
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_cosmo_fields_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "PASS": 1
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_cosmo_fields_2.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_cosmo_fields_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_cosmo_multibody.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_cosmo_multibody.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_cosmo_multibody.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_cosmo_multibody_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_cosmo_multibody_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_cosmo_multibody_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
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    },
    {
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    },
    {
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        "SKIPPED": 1,
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_hawking_spectrum_continuum_3.py",
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    },
    {
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        "PASSED": 8,
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      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions.py",
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    },
    {
      "repository": "ssz-all-tests",
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        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions.py",
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    },
    {
      "repository": "ssz-all-tests",
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        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions.py",
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    },
    {
      "repository": "ssz-all-tests",
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        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions.py",
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    },
    {
      "repository": "ssz-all-tests",
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        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions.py",
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    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_hawking_spectrum_fit",
      "category": "Data comparison",
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        "SKIP": 3,
        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_1.py",
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    },
    {
      "repository": "ssz-all-tests",
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        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_1.py",
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_1.py",
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_1.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_1.py",
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_1.py",
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      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_1.py",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_2.py",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_2.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_2.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_2.py",
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    },
    {
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        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_2.py",
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    },
    {
      "repository": "ssz-all-tests",
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        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_2.py",
      "command": "pytest ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_2.py -q",
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    },
    {
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        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_2.py",
      "command": "pytest ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_2.py -q",
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    },
    {
      "repository": "ssz-all-tests",
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        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Strong field",
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        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_3.py",
      "command": "pytest ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_3.py -q",
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    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_singularity_resolution",
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      "quantity": "Strong field",
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        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_3.py",
      "command": "pytest ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_3.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_hawking_radiation_proxy",
      "category": "Unit/integration test",
      "quantity": "Strong field",
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        "PASS": 2,
        "SKIP": 3,
        "PASSED": 8,
        "FAILED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_3.py",
      "command": "pytest ssz-all-tests/aggregated/Unified-Results/test_horizon_hawking_predictions_3.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/Unified-Results/test_plot_ssz_maps.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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    {
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    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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    },
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    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_irsa_catalogs",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/g79-cygnus-test/test_irsa_catalogs.py",
      "command": "pytest ssz-all-tests/aggregated/g79-cygnus-test/test_irsa_catalogs.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_irsa_catalogs_1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/g79-cygnus-test/test_irsa_catalogs_1.py",
      "command": "pytest ssz-all-tests/aggregated/g79-cygnus-test/test_irsa_catalogs_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_irsa_catalogs_2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/g79-cygnus-test/test_irsa_catalogs_2.py",
      "command": "pytest ssz-all-tests/aggregated/g79-cygnus-test/test_irsa_catalogs_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_irsa_catalogs_3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/g79-cygnus-test/test_irsa_catalogs_3.py",
      "command": "pytest ssz-all-tests/aggregated/g79-cygnus-test/test_irsa_catalogs_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segmented_spacetime_full",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/g79-cygnus-test/test_segmented_spacetime_full.py",
      "command": "pytest ssz-all-tests/aggregated/g79-cygnus-test/test_segmented_spacetime_full.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segmented_spacetime_full_1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/g79-cygnus-test/test_segmented_spacetime_full_1.py",
      "command": "pytest ssz-all-tests/aggregated/g79-cygnus-test/test_segmented_spacetime_full_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segmented_spacetime_full_2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/g79-cygnus-test/test_segmented_spacetime_full_2.py",
      "command": "pytest ssz-all-tests/aggregated/g79-cygnus-test/test_segmented_spacetime_full_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segmented_spacetime_full_3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/g79-cygnus-test/test_segmented_spacetime_full_3.py",
      "command": "pytest ssz-all-tests/aggregated/g79-cygnus-test/test_segmented_spacetime_full_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_redshift",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_gravitational_time_dilation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_position_error_without_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nist_33cm_height_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_skytree_450m",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_earth_surface_ssz_equals_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_solar_system_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_equals_one_over_one_plus_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_redshift",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_gravitational_time_dilation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_position_error_without_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nist_33cm_height_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_skytree_450m",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_earth_surface_ssz_equals_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_solar_system_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_equals_one_over_one_plus_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_redshift",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_gravitational_time_dilation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_position_error_without_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nist_33cm_height_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_skytree_450m",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_earth_surface_ssz_equals_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_solar_system_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_equals_one_over_one_plus_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_redshift",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_gravitational_time_dilation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_position_error_without_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nist_33cm_height_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_skytree_450m",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_earth_surface_ssz_equals_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_solar_system_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_equals_one_over_one_plus_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_experimental_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_light_cone_closing_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_geodesic_dr_dT_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_light_travel_time_exceeds_flat_space",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_potential_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_potential_equals_c2_sech2",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_smooth_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_horizon_singularity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_timelike_geodesic_returns_arrays",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_timelike_geodesic_integrates",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_gravitational_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gamma_ge_one",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_beta_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sech2_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gamma_squared_times_sech2_equals_one",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_geodesic_path_consistency",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_light_cone_closing_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_geodesic_dr_dT_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_light_travel_time_exceeds_flat_space",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_potential_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_potential_equals_c2_sech2",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_smooth_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_horizon_singularity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_timelike_geodesic_returns_arrays",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_timelike_geodesic_integrates",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_gravitational_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gamma_ge_one",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_beta_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sech2_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gamma_squared_times_sech2_equals_one",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_geodesic_path_consistency",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_light_cone_closing_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_geodesic_dr_dT_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_light_travel_time_exceeds_flat_space",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_potential_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_potential_equals_c2_sech2",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_smooth_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_horizon_singularity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_timelike_geodesic_returns_arrays",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_timelike_geodesic_integrates",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_gravitational_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gamma_ge_one",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_beta_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sech2_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gamma_squared_times_sech2_equals_one",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_geodesic_path_consistency",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_light_cone_closing_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_geodesic_dr_dT_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_light_travel_time_exceeds_flat_space",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_potential_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_potential_equals_c2_sech2",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_smooth_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_horizon_singularity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_timelike_geodesic_returns_arrays",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_timelike_geodesic_integrates",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_gravitational_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gamma_ge_one",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_beta_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sech2_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gamma_squared_times_sech2_equals_one",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_geodesic_path_consistency",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_geodesics_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_harness",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAIL": 5,
        "PASSED": 57,
        "FAILED": 8,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
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      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_harness.py -q",
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_harness_2.py",
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    },
    {
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      "quantity": "Tests and validation",
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      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_harness_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_harness_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
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      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
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      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_d_ssz_from_xi_relation",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_horizon_is_finite",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_field_redshift_approximation",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_squared_relation",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_reciprocal_relation",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_monotonic_in_weak_field",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_1.py",
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    },
    {
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    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dual_velocity_product_is_c_squared",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_plus_d_bounded",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_from_xi_relation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_horizon_is_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_z_from_d_relation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_field_redshift_approximation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_natural_boundary_ratio",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_squared_relation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_reciprocal_relation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_calculate_all_preserves_order",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_calculate_all_handles_nan",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_vs_gr_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_monotonic_in_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_monotonic_in_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_results_reproducible",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dual_velocity_product_is_c_squared",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_plus_d_bounded",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_from_xi_relation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_horizon_is_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_z_from_d_relation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_field_redshift_approximation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_squared_relation",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_reciprocal_relation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_vs_gr_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_monotonic_in_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_monotonic_in_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_results_reproducible",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sun_weak_field_z_ssz_equals_z_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_earth_weak_field_z_ssz_equals_z_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_m_is_zero_in_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_z_ssz_is_not_one_over_d_minus_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_winner_is_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_gr_zero_at_horizon",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_weak_regime_above_10_rs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_photon_sphere_regime",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sun_weak_field_z_ssz_equals_z_gr",
      "category": "Unit/integration test",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_earth_weak_field_z_ssz_equals_z_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_m_is_zero_in_weak_field",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_z_ssz_is_not_one_over_d_minus_one",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_strong_formula",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_horizon_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_gr_zero_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_regime_above_10_rs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_photon_sphere_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sun_weak_field_z_ssz_equals_z_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_earth_weak_field_z_ssz_equals_z_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_m_is_zero_in_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_z_ssz_is_not_one_over_d_minus_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_winner_is_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_eps_based_tie_handling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_golden_dataset_46_of_47",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_single_gr_win_is_3c279",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_weak_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_strong_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_horizon_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_gr_zero_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_regime_above_10_rs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_photon_sphere_regime",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_invariants_hard_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_precision",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_radius_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_weak_field_limit",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_strong_field_limit",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_blend_continuity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_auto_regime_selection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_singularities",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gr_singularity_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dual_velocity_invariance",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_bounds",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mass_range_stability",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_extreme_radii",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_calculate_single_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_photon_sphere_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_field_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_neutron_star_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_precision",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_singularities",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gr_singularity_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mass_range_stability",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_extreme_radii",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_calculate_single_consistency",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_photon_sphere_regime",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_field_regime",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_neutron_star_regime",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_radius_scaling",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_2.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_2.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_2.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_weak_field_limit",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_strong_field_limit",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_blend_continuity",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_auto_regime_selection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_singularities",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gr_singularity_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dual_velocity_invariance",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_bounds",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mass_range_stability",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_extreme_radii",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_calculate_single_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_photon_sphere_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_field_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_neutron_star_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_creation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_position",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_radius",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_pair_separation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_pair_height_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_weak_field_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_strong_field_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_positive_definite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_gradient_negative_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_equals_one_over_one_plus_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_less_than_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_difference_sign",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_qubit_returns_segment_analysis",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pair_mismatch_zero_for_same_height",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pair_mismatch_increases_with_height_diff",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gate_timing_correction_at_reference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_two_qubit_gate_timing_returns_dict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_decoherence_rate_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_T2_less_than_base",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_T2_nearly_equals_base",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_hawking_temp_solar_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_hawking_temp_inverse_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_hawking_temp_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_hawking_temp_less_than_classical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_evaporation_time_solar_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_radiation_power_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_radius",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_pair_separation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_pair_height_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_weak_field_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_strong_field_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_positive_definite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_gradient_negative_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_equals_one_over_one_plus_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_less_than_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_difference_sign",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_qubit_returns_segment_analysis",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pair_mismatch_zero_for_same_height",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pair_mismatch_increases_with_height_diff",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gate_timing_correction_at_reference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_two_qubit_gate_timing_returns_dict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_decoherence_rate_positive",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_T2_less_than_base",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_T2_nearly_equals_base",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_formula",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_hawking_temp_less_than_classical",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_radiation_power_positive",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_radius",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_pair_separation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_pair_height_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_weak_field_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_difference_sign",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_qubit_returns_segment_analysis",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pair_mismatch_zero_for_same_height",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pair_mismatch_increases_with_height_diff",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gate_timing_correction_at_reference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_two_qubit_gate_timing_returns_dict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_decoherence_rate_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_T2_less_than_base",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_T2_nearly_equals_base",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_hawking_temp_solar_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_hawking_temp_inverse_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_hawking_temp_finite",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_hawking_temp_less_than_classical",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_radiation_power_positive",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_gradient_negative_weak_field",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_equals_one_over_one_plus_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_less_than_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_difference_sign",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_qubit_returns_segment_analysis",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
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    },
    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_qubit_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
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    },
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    },
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    },
    {
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    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
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      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_regime_classification_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_regime_classification_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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      "status": "catalogued",
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    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_regime_classification_2.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
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    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_regime_classification_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
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      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_regime_classification_2.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_regime_classification_2.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics.py",
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAILED": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAILED": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
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    },
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    },
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    },
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    {
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    },
    {
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_gps_time_correction",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_pound_rebka_redshift",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_psr_j0740_regime",
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        "FAILED": 1
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_predicts_higher_redshift",
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      "quantity": "Tests and validation",
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        "FAILED": 1
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_power_law_parameters",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sun_energy_normalization",
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      "quantity": "Tests and validation",
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        "FAILED": 1
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_neutron_star_energy",
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        "FAILED": 1
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      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "FAILED": 1
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      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_geom_hint_finite",
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        "FAILED": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_geom_hint_uses_phi",
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        "FAILED": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_geom_hint_mode",
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      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ssz_physics_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_ssz_geom_hint_disabled_weak_field",
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 2
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_app_py_no_legacy_90_110_in_ui_text",
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        "FAIL": 2
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_reference_tab_shows_canonical_boundaries",
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      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_colors_defined_for_all_canonical_regimes",
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        "FAIL": 2
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_get_regime_uses_canonical_thresholds",
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      "result": {
        "FAIL": 2
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_legacy_90_110_in_constants",
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        "FAIL": 2
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_names_are_canonical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_winner_requires_real_z_obs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_app_py_no_legacy_90_110_in_ui_text",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_reference_tab_shows_canonical_boundaries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_colors_defined_for_all_canonical_regimes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_get_regime_uses_canonical_thresholds",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_legacy_90_110_in_constants",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_names_are_canonical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_winner_requires_real_z_obs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_app_py_no_legacy_90_110_in_ui_text",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_reference_tab_shows_canonical_boundaries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_colors_defined_for_all_canonical_regimes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_get_regime_uses_canonical_thresholds",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_legacy_90_110_in_constants",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_names_are_canonical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_winner_requires_real_z_obs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_app_py_no_legacy_90_110_in_ui_text",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_reference_tab_shows_canonical_boundaries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_colors_defined_for_all_canonical_regimes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-calculation-suite/test_ui_canonicalization_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_complete_dataset",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_on_complete_dataset.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_on_complete_dataset.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_complete_dataset",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_on_complete_dataset_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_on_complete_dataset_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_complete_dataset",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_on_complete_dataset_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_on_complete_dataset_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_complete_dataset",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_on_complete_dataset_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_on_complete_dataset_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_linear_radii_generation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segment_energy_negative",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_total_energy_converges",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gravitational_component_dominates",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_scales_with_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_field_newtonian_limit",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_energy_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_finite_energy_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_segmented_energy.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_dataset",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_ssz_complete_dataset.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_ssz_complete_dataset.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_dataset",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_ssz_complete_dataset_1.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_ssz_complete_dataset_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_dataset",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_ssz_complete_dataset_2.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_ssz_complete_dataset_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_dataset",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/test_ssz_complete_dataset_3.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/test_ssz_complete_dataset_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dataset",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/segmented-energy/data/test_dataset.py",
      "command": "pytest ssz-all-tests/aggregated/segmented-energy/data/test_dataset.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_rs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_at_rs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_times_s_equals_1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_event_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_ssz_equals_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_fractional_shift",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_shift",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mercury_perihelion",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_s2_perihelion",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_delay_range",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_light_deflection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_v_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_v_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_field_agreement",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_photon_sphere_ssz_smaller",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_photon_sphere",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_isco",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_isco_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lagrange/test_lagrange_ssz_aggregated.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_determined_standard",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_overdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_underdetermined_high_mmax",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_rescue_with_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_ill_conditioned",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_phase_degeneracy",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_path_a_b_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_matches_dof",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_determined_standard",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_overdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_underdetermined_high_mmax",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_rescue_with_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_ill_conditioned",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_phase_degeneracy",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_path_a_b_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_matches_dof",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_determined_standard",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_overdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_underdetermined_high_mmax",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_rescue_with_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_ill_conditioned",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_phase_degeneracy",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_path_a_b_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_matches_dof",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_determined_standard",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_overdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_underdetermined_high_mmax",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_rescue_with_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_ill_conditioned",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scenario_phase_degeneracy",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_path_a_b_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_matches_dof",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_comprehensive_analysis_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_snapshot_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_snapshot_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_snapshots_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_positions",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_has_redshifts",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_no_inf",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_has_theta_E",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring_positions",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_has_redshifts",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_no_inf",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_arc_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_mode_raises",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_all_fields_from_source",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_all_fields_from_source",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_available_datasets",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_complete_numeric",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_complete_numeric",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_snapshot_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_snapshot_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_snapshots_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_positions",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_has_redshifts",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_no_inf",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_has_theta_E",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring_positions",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_has_redshifts",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_no_inf",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_arc_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_mode_raises",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_all_fields_from_source",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_all_fields_from_source",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_available_datasets",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_complete_numeric",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_complete_numeric",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_snapshot_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_snapshot_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_snapshots_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_positions",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_has_redshifts",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_no_inf",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_has_theta_E",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring_positions",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_has_redshifts",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_no_inf",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_arc_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_mode_raises",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_all_fields_from_source",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_all_fields_from_source",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_available_datasets",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_complete_numeric",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_complete_numeric",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_snapshot_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_snapshot_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_snapshots_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_positions",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_has_redshifts",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_no_inf",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_has_theta_E",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring_positions",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_has_redshifts",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_no_inf",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_arc_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_mode_raises",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_all_fields_from_source",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_all_fields_from_source",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_available_datasets",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_complete_numeric",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_complete_numeric",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_datahub_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_data_shear_wins",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m3_data_m3_wins",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_model_forbidden_without_extras",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_report_shows_derivation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_arc_points_rescue_full_model",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multi_source_rescue_full_model",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_basic_m2_still_works",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bundle_backward_compatible",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_data_shear_wins",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m3_data_m3_wins",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_model_forbidden_without_extras",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_report_shows_derivation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_arc_points_rescue_full_model",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multi_source_rescue_full_model",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_basic_m2_still_works",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bundle_backward_compatible",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_data_shear_wins",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m3_data_m3_wins",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_model_forbidden_without_extras",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_report_shows_derivation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_arc_points_rescue_full_model",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multi_source_rescue_full_model",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_basic_m2_still_works",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bundle_backward_compatible",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_data_shear_wins",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m3_data_m3_wins",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_model_forbidden_without_extras",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_report_shows_derivation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_arc_points_rescue_full_model",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multi_source_rescue_full_model",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_basic_m2_still_works",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bundle_backward_compatible",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_derivation_chain_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_reduced_deflection_basic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_lens_equation_zero_residual",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_algebraic_solver_basic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_is_output_not_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scan_is_labeled",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scan_finds_candidates",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dual_path_runs_both",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_check_reports_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_reduced_deflection_basic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_lens_equation_zero_residual",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_algebraic_solver_basic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_is_output_not_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scan_is_labeled",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scan_finds_candidates",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dual_path_runs_both",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_check_reports_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_reduced_deflection_basic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_lens_equation_zero_residual",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_algebraic_solver_basic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_is_output_not_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scan_is_labeled",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scan_finds_candidates",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dual_path_runs_both",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_check_reports_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_reduced_deflection_basic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_lens_equation_zero_residual",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_algebraic_solver_basic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_is_output_not_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scan_is_labeled",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scan_finds_candidates",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dual_path_runs_both",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_check_reports_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_dual_path_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_profiles",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_external_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_higher_multipoles",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_with_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_lens_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_profiles",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_external_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_higher_multipoles",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_with_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_lens_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_profiles",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_external_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_higher_multipoles",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_with_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_lens_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_profiles",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_external_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_higher_multipoles",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_with_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_lens_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_extended_model_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_assert_finite_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_assert_finite_nan_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_assert_finite_inf_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sanitize_no_nan_converts_nan_to_none",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_validate_no_nan_finds_issues",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_divide_zero",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_divide_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_sqrt_negative",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_sqrt_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_images_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_has_4_images",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_has_redshift_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_positions_finite",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_has_multiple_points",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_has_redshift_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_positions_finite",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_by_mode",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring_by_mode",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_mode_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_datasets_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fallback_text_parseable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_assert_finite_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_assert_finite_nan_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_assert_finite_inf_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sanitize_no_nan_converts_nan_to_none",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_validate_no_nan_finds_issues",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_divide_zero",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_divide_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_sqrt_negative",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_sqrt_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_images_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_has_4_images",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_has_redshift_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_positions_finite",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_has_multiple_points",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_has_redshift_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_positions_finite",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_by_mode",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring_by_mode",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_mode_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_datasets_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fallback_text_parseable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_assert_finite_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_assert_finite_nan_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_assert_finite_inf_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sanitize_no_nan_converts_nan_to_none",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_validate_no_nan_finds_issues",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_divide_zero",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_divide_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_sqrt_negative",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_sqrt_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_images_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_has_4_images",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_has_redshift_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_positions_finite",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_has_multiple_points",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_has_redshift_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_positions_finite",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_by_mode",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring_by_mode",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_mode_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_datasets_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fallback_text_parseable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_assert_finite_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_assert_finite_nan_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_assert_finite_inf_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sanitize_no_nan_converts_nan_to_none",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_validate_no_nan_finds_issues",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_divide_zero",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_divide_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_sqrt_negative",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_safe_sqrt_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_images_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_has_4_images",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_has_redshift_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_positions_finite",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_has_multiple_points",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_has_redshift_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_positions_finite",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad_by_mode",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring_by_mode",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_mode_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_datasets_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fallback_text_parseable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_fallback_no_nan_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_standard_scene",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scene_distances",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_add_multiple_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_project_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_projection_tracer",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_forward_backward_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_dict_and_back",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_json_roundtrip",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_visualizer_smoke_test",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ascii_scene_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_standard_scene",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scene_distances",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_add_multiple_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_project_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_projection_tracer",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_forward_backward_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_dict_and_back",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_json_roundtrip",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_visualizer_smoke_test",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ascii_scene_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_standard_scene",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scene_distances",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_add_multiple_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_project_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_projection_tracer",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_forward_backward_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_dict_and_back",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_json_roundtrip",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_visualizer_smoke_test",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ascii_scene_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_standard_scene",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scene_distances",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_add_multiple_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_project_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_projection_tracer",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_forward_backward_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_dict_and_back",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_json_roundtrip",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_visualizer_smoke_test",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ascii_scene_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_geometry_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sky_circle_is_theta_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_lens_circle_is_b_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rotation_invariant_radii",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shift_equals_xi",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_is_small_but_nonzero",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_dataset_loads",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_dataset_loads",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_fake_zeros",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_distances_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mass_reasonable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_radius_small",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gauge_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_alpha_rsg_vs_ppn",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delay_monotonic_vs_b",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_to_zero_limit",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_delay_relation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gauge_insets_render_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sky_circle_is_theta_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_lens_circle_is_b_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rotation_invariant_radii",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shift_equals_xi",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_is_small_but_nonzero",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_dataset_loads",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_dataset_loads",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_fake_zeros",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_distances_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mass_reasonable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_radius_small",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gauge_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_alpha_rsg_vs_ppn",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delay_monotonic_vs_b",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_to_zero_limit",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_delay_relation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gauge_insets_render_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sky_circle_is_theta_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_lens_circle_is_b_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rotation_invariant_radii",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shift_equals_xi",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_is_small_but_nonzero",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_dataset_loads",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_dataset_loads",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_fake_zeros",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_distances_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mass_reasonable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_radius_small",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gauge_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_alpha_rsg_vs_ppn",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delay_monotonic_vs_b",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_to_zero_limit",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_delay_relation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gauge_insets_render_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sky_circle_is_theta_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_lens_circle_is_b_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rotation_invariant_radii",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shift_equals_xi",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_is_small_but_nonzero",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_dataset_loads",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_dataset_loads",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_fake_zeros",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_distances_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mass_reasonable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_radius_small",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gauge_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_alpha_rsg_vs_ppn",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delay_monotonic_vs_b",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_to_zero_limit",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_delay_relation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gauge_insets_render_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_lensing_run_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_analysis",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_lens_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_comparison_with_extended",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_analysis",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_lens_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_comparison_with_extended",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_analysis",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_lens_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_comparison_with_extended",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_analysis",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_lens_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_comparison_with_extended",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_linear_model_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_linear_model_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_derivation_chain_includes_m4",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m4_data_m4_model_works",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_chain_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_list_available_systems",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_q2237",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_derivation_chain",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_save_artifacts",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_derivation_chain_includes_m4",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m4_data_m4_model_works",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_chain_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_list_available_systems",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_q2237",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_derivation_chain",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_save_artifacts",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_derivation_chain_includes_m4",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m4_data_m4_model_works",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_chain_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_list_available_systems",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_q2237",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_derivation_chain",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_save_artifacts",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_derivation_chain_includes_m4",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m4_data_m4_model_works",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_chain_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_list_available_systems",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_q2237",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_derivation_chain",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_save_artifacts",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_m4_extension_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_simple_2x2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_identity",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_singular_matrix",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_near_singular",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bisection_linear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bisection_quadratic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bisection_trig",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_find_all_roots",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_standard_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_symmetric_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymmetric_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_varying_theta_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_rank",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rank_deficient",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rectangular",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_simple_2x2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_identity",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_singular_matrix",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_near_singular",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bisection_linear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bisection_quadratic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bisection_trig",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_find_all_roots",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_standard_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_symmetric_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymmetric_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_varying_theta_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_rank",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rank_deficient",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rectangular",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_simple_2x2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_identity",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_singular_matrix",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_near_singular",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bisection_linear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bisection_quadratic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bisection_trig",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_find_all_roots",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_standard_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_symmetric_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymmetric_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_varying_theta_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_rank",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rank_deficient",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rectangular",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_simple_2x2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_identity",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_singular_matrix",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_near_singular",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bisection_linear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bisection_quadratic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_bisection_trig",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_find_all_roots",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_standard_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_symmetric_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymmetric_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_varying_theta_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_rank",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rank_deficient",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rectangular",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_minimal_exact_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m2_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m2_shear_m3_forbidden",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_arc_points_rescue",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multi_source_rescue",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m3_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zoo_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m2_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m2_shear_m3_forbidden",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_arc_points_rescue",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multi_source_rescue",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m3_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zoo_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m2_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m2_shear_m3_forbidden",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_arc_points_rescue",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multi_source_rescue",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m3_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zoo_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m2_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m2_shear_m3_forbidden",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_arc_points_rescue",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multi_source_rescue",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m3_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zoo_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_model_zoo_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_overdetermined_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_exactly_determined_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_forbidden",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_max_params_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_max_params_two_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_derived_from_components",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_phase_derived",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unknowns_single_source_m2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unknowns_two_sources_with_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_blocks_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_single_source_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_two_source_shared_lens",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_is_output_not_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_forbidden_config",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_multi_source_enables_more",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_overdetermined_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_exactly_determined_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_forbidden",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_max_params_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_max_params_two_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_derived_from_components",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_phase_derived",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unknowns_single_source_m2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unknowns_two_sources_with_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_blocks_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_single_source_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_two_source_shared_lens",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_is_output_not_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_forbidden_config",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_multi_source_enables_more",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_overdetermined_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_exactly_determined_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_forbidden",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_max_params_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_max_params_two_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_derived_from_components",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_phase_derived",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unknowns_single_source_m2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unknowns_two_sources_with_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_blocks_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_single_source_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_two_source_shared_lens",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_is_output_not_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_forbidden_config",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_multi_source_enables_more",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_overdetermined_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_exactly_determined_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_forbidden",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_max_params_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_max_params_two_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_derived_from_components",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_phase_derived",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unknowns_single_source_m2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unknowns_two_sources_with_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_blocks_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_single_source_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_two_source_shared_lens",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_is_output_not_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_forbidden_config",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analyze_multi_source_enables_more",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multi_source_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_minimal_model_4_images",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multipole_m3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_image_multiplicity_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m2_matches_minimal",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multipole_residuals",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_periodicity",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_quadrupole",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_large_offset",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_matrix_conditioning",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_minimal_model_4_images",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multipole_m3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_image_multiplicity_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m2_matches_minimal",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multipole_residuals",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_periodicity",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_quadrupole",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_large_offset",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_matrix_conditioning",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_minimal_model_4_images",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multipole_m3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_image_multiplicity_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m2_matches_minimal",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multipole_residuals",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_periodicity",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_quadrupole",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_large_offset",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_matrix_conditioning",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_minimal_model_4_images",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multipole_m3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_image_multiplicity_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m2_matches_minimal",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_multipole_residuals",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_periodicity",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_quadrupole",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_large_offset",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_matrix_conditioning",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_multipole_consistency_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_none_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nan_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_inf_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_empty_string_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_number_not_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_string_not_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_dict_passes",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nested_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_list_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_sigma_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_sigma_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_single_point_fallback",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_defaults",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_partial_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_creates_all_fields",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_dict_no_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_values_present",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_center_estimate",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_theta_E_estimate",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_dict_passes",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nan_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_counts_flags",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_fallback_complete",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_fallback_complete",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_full_numeric_output",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_full_numeric_output",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_4_points_no_uncertainties",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_none_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nan_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_inf_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_empty_string_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_number_not_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_string_not_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_dict_passes",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nested_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_list_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_sigma_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_sigma_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_single_point_fallback",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_defaults",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_partial_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_creates_all_fields",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_dict_no_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_values_present",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_center_estimate",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_theta_E_estimate",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_dict_passes",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nan_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_counts_flags",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_fallback_complete",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_fallback_complete",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_full_numeric_output",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_full_numeric_output",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_4_points_no_uncertainties",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_none_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nan_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_inf_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_empty_string_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_number_not_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_string_not_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_dict_passes",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nested_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_list_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_sigma_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_sigma_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_single_point_fallback",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_defaults",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_partial_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_creates_all_fields",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_dict_no_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_values_present",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_center_estimate",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_theta_E_estimate",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_dict_passes",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nan_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_counts_flags",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_fallback_complete",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_fallback_complete",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_full_numeric_output",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_full_numeric_output",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_4_points_no_uncertainties",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_none_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nan_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_inf_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_empty_string_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_number_not_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_string_not_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_dict_passes",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nested_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_list_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_sigma_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_sigma_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_single_point_fallback",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_defaults",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_partial_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_creates_all_fields",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_dict_no_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_all_values_present",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_center_estimate",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_theta_E_estimate",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_dict_passes",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nan_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_counts_flags",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_fallback_complete",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_fallback_complete",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_full_numeric_output",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_full_numeric_output",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_4_points_no_uncertainties",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_no_null_contract_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_forbidden_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_full_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_forbidden_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_full_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_forbidden_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_full_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_forbidden_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_q2237_full_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_q2237_diagnostic_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scaling_factor_definition",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scaling_weak_field_limit",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_relation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_wavenumber",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_local_light_speed_invariant",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_delay_cassini",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_delay_solar_grazing",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_xi_vs_ppn_factor",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_solar_limb_deflection",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_deflection_xi_vs_ppn_factor",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gaia_deflection_precision",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_wkb_phase_scaling",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_interferometer_phase_difference",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frame_consistency_loop_closure",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_coordinate_independence",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_experiment",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_time_drift",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_tokyo_skytree_clocks",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scaling_factor_definition",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scaling_weak_field_limit",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_relation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_wavenumber",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_local_light_speed_invariant",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_delay_cassini",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_delay_solar_grazing",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_xi_vs_ppn_factor",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_solar_limb_deflection",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_deflection_xi_vs_ppn_factor",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gaia_deflection_precision",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_wkb_phase_scaling",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_interferometer_phase_difference",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frame_consistency_loop_closure",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_coordinate_independence",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_experiment",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_time_drift",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_tokyo_skytree_clocks",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scaling_factor_definition",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scaling_weak_field_limit",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_relation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_wavenumber",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_local_light_speed_invariant",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_delay_cassini",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_delay_solar_grazing",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_xi_vs_ppn_factor",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_solar_limb_deflection",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_deflection_xi_vs_ppn_factor",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gaia_deflection_precision",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_wkb_phase_scaling",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_interferometer_phase_difference",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frame_consistency_loop_closure",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_coordinate_independence",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_experiment",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_time_drift",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_tokyo_skytree_clocks",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scaling_factor_definition",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scaling_weak_field_limit",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_relation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_wavenumber",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_local_light_speed_invariant",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_delay_cassini",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_delay_solar_grazing",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shapiro_xi_vs_ppn_factor",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_solar_limb_deflection",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_deflection_xi_vs_ppn_factor",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gaia_deflection_precision",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_wkb_phase_scaling",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_interferometer_phase_difference",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frame_consistency_loop_closure",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_coordinate_independence",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_experiment",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_time_drift",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_tokyo_skytree_clocks",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_radial_scaling_gauge_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_exact",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_random",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_noise_sensitivity",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_exact",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_random",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_noise_sensitivity",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_exact",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_random",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_noise_sensitivity",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_exact",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_random",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_noise_sensitivity",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_data_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_data_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_double_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_criteria_are_explicit",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_consistent_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_system_dimensions",
      "category": "Dimensional check",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_overdetermined_system",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_double_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_criteria_are_explicit",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_consistent_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_system_dimensions",
      "category": "Dimensional check",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_overdetermined_system",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_double_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_criteria_are_explicit",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_consistent_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_system_dimensions",
      "category": "Dimensional check",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_overdetermined_system",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_double_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_criteria_are_explicit",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_consistent_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_system_dimensions",
      "category": "Dimensional check",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_overdetermined_system",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_real_inversion_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_determined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_overdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_ill_conditioned",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_multiple_solutions",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_param_ranges",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_non_identifiable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_high_mmax_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_rescue_multisource",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_recommendations_change",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_determined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_overdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_ill_conditioned",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_multiple_solutions",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_param_ranges",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_non_identifiable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_high_mmax_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_rescue_multisource",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_recommendations_change",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_determined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_overdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_ill_conditioned",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_multiple_solutions",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_param_ranges",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_non_identifiable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_high_mmax_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_rescue_multisource",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_recommendations_change",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_determined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_overdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_regime_ill_conditioned",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_multiple_solutions",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_param_ranges",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underdetermined_non_identifiable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_high_mmax_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_rescue_multisource",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_recommendations_change",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_regime_explorer_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_perfect_ring_classified_as_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_ring_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_classified_as_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_to_cross_transition",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_perfect_ring_fit",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_perturbed_ring_detects_m2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m4_perturbation_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_off_center_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_estimate_ring_center",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_estimate_ring_radius",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_perfect_ring_classified_as_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_ring_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_classified_as_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_to_cross_transition",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_perfect_ring_fit",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_perturbed_ring_detects_m2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m4_perturbation_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_off_center_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_estimate_ring_center",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_estimate_ring_radius",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_perfect_ring_classified_as_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_ring_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_classified_as_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_to_cross_transition",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_perfect_ring_fit",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_perturbed_ring_detects_m2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m4_perturbation_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_off_center_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_estimate_ring_center",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_estimate_ring_radius",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_perfect_ring_classified_as_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shear_ring_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quad_classified_as_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ring_to_cross_transition",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_perfect_ring_fit",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_perturbed_ring_detects_m2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_m4_perturbation_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_off_center_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_estimate_ring_center",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_estimate_ring_radius",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ring_morphology_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_empty_state",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_from_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_parse_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_parse_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_wrong_count_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_line",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_build_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_build_with_redshifts",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_empty_fails",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_wrong_mode_count",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nan_fails",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_summary_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_summary_invalid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_default",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_from_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_empty_state",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_from_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_parse_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_parse_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_wrong_count_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_line",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_build_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_build_with_redshifts",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_empty_fails",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_wrong_mode_count",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nan_fails",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_summary_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_summary_invalid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_default",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_from_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_empty_state",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_from_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_parse_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_parse_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_wrong_count_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_line",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_build_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_build_with_redshifts",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_empty_fails",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_wrong_mode_count",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nan_fails",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_summary_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_summary_invalid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_default",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_from_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_empty_state",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_from_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_parse_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_parse_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_wrong_count_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_line",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_build_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_build_with_redshifts",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_empty_fails",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_wrong_mode_count",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nan_fails",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_valid_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_summary_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_summary_invalid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_default",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_to_from_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_ui_state_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_UT1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_UT2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_UT3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ST1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ST2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ST3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_CM1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_RB1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_RB2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_UT1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_UT2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_UT3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ST1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ST2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ST3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_CM1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_RB1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_RB2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_UT1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_UT2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_UT3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ST1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ST2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ST3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_CM1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_RB1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_RB2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_UT1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_UT2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_UT3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ST1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ST2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ST3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_CM1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_RB1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_RB2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_lab_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_image_validation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_analysis",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_result_interpretation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_image_validation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_analysis",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_result_interpretation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module_1.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_image_validation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_analysis",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_result_interpretation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module_2.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_image_validation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dof_analysis",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_result_interpretation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-lensing/test_validation_module_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-lensing/test_validation_module_3.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_horizons_exist",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ergosphere_larger_than_horizon",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frame_dragging_nonzero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_limit_no_frame_drag",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_limit_horizons",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_components_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_g_tt_negative_outside_ergosphere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_redshift_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fast_rotation_still_has_horizons",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_extremal_detection",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_horizons_exist",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ergosphere_larger_than_horizon",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frame_dragging_nonzero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_limit_no_frame_drag",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_limit_horizons",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_components_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_g_tt_negative_outside_ergosphere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_redshift_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fast_rotation_still_has_horizons",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_extremal_detection",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_horizons_exist",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ergosphere_larger_than_horizon",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frame_dragging_nonzero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_limit_no_frame_drag",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_limit_horizons",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_components_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_g_tt_negative_outside_ergosphere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_redshift_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fast_rotation_still_has_horizons",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_extremal_detection",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_horizons_exist",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ergosphere_larger_than_horizon",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frame_dragging_nonzero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_limit_no_frame_drag",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_limit_horizons",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_components_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_g_tt_negative_outside_ergosphere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_redshift_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fast_rotation_still_has_horizons",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_extremal_detection",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_kerr_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_A_positive_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_flatness_at_center",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymptotic_flatness",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_B_equals_1_over_A",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_tensor",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_redshift_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_escape_velocity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_validation_checks",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_A_positive_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_flatness_at_center",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymptotic_flatness",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_B_equals_1_over_A",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_tensor",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_redshift_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_escape_velocity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_validation_checks",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_A_positive_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_flatness_at_center",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymptotic_flatness",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_B_equals_1_over_A",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_tensor",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_redshift_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_escape_velocity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_validation_checks",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_A_positive_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_flatness_at_center",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymptotic_flatness",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_B_equals_1_over_A",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_tensor",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_redshift_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_escape_velocity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_validation_checks",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_metric_static_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_earth_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_earth_intermediate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_sun_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_sun_intermediate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_earth_low_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_earth_high_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_sun_surface",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_sun_corona",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_different_samples",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_different_steps",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_different_dlam",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_earth_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_earth_intermediate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_sun_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_sun_intermediate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_earth_low_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_earth_high_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_sun_surface",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_sun_corona",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_different_samples",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_different_steps",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_different_dlam",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_earth_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_earth_intermediate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_sun_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_sun_intermediate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_earth_low_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_earth_high_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_sun_surface",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_sun_corona",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_different_samples",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_different_steps",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_different_dlam",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_earth_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_earth_intermediate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_sun_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_sun_intermediate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_earth_low_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_earth_high_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_sun_surface",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_sun_corona",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nabla_g_different_samples",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_different_steps",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_different_dlam",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_sparse_validators_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_satellite_redshift",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_harvard_tower",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mountain_1km",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymptotic_flatness",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_trapz_vs_simps",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_satellite_redshift",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_harvard_tower",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "PASSED": 6,
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      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_satellite_redshift",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
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        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_harvard_tower",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
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        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mountain_1km",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
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        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymptotic_flatness",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_trapz_vs_simps",
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      "quantity": "Metric and geometry",
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        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_satellite_redshift",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
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        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_harvard_tower",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
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        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mountain_1km",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
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        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymptotic_flatness",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_trapz_vs_simps",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
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        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-metric-pure/test_validation_ssz_calibrated_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_very_small_radius",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_very_large_radius",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_radius_at_schwarzschild",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_solar_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_black_hole_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_identical_qubits",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_very_distant_qubits",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_negative_coordinates",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_underground_qubit",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_float_precision_xi",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_precision",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gradient_numerical_vs_analytical",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_radius_error",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_negative_radius_error",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_optimal_height_zero_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_optimal_height_negative_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_coherence_time",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_very_long_coherence_time",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_very_short_gate_time",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_syndrome_weight_bounds",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_logical_error_rate_bounds",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_single_qubit_array",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_edge_cases.py -q",
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    },
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    },
    {
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    {
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    {
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    {
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    {
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    {
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    },
    {
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      "tolerance": "from implementation/fixture",
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    {
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    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_2.py",
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_very_short_gate_time",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_syndrome_weight_bounds",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_logical_error_rate_bounds",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_single_qubit_array",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_coherent_zone_contains_center",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_3.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_3.py",
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    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_edge_cases_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
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      "tolerance": "from implementation/fixture",
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    {
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    {
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    {
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    },
    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement.py",
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement.py",
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    },
    {
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    },
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    {
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    },
    {
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement.py",
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    },
    {
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    },
    {
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement.py",
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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    },
    {
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    },
    {
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      "quantity": "Tests and validation",
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
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    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
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    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_correction_interval_zero_drift",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_correction_higher_A",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_correction_higher_B",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_same_height_in_zone",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_separation_in_zone",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_large_separation_out_of_zone",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_analysis_1mm",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_1mm",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_linear_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_signed_delta_D",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fidelity_zero_phase",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fidelity_pi_phase",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fidelity_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fidelity_paper_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_angle_approximation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_chsh_max",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_chsh_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_chsh_classical_bound",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_chsh_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_T_SSZ_1mm",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_T_SSZ_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_T_SSZ_zero_height",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_correction_interval_paper_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_correction_interval_zero_drift",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_correction_higher_A",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_correction_higher_B",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_same_height_in_zone",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_separation_in_zone",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_large_separation_out_of_zone",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_entanglement_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_equals_gr_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_field_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gr_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_angle_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_paper_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_approximation_validity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_is_linear",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scaling_constant",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_closed_form_works",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_direct_fails",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_stability_demonstrated",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_half_width",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unity_for_small_delta_xi",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_equals_gr_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_field_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gr_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_angle_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_paper_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_approximation_validity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_is_linear",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scaling_constant",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_closed_form_works",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_direct_fails",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_stability_demonstrated",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_half_width",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unity_for_small_delta_xi",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_equals_gr_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_field_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gr_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_angle_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_paper_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_approximation_validity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_is_linear",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scaling_constant",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_closed_form_works",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_direct_fails",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_stability_demonstrated",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_half_width",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unity_for_small_delta_xi",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_equals_gr_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_field_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gr_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_angle_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_paper_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_approximation_validity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_is_linear",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_scaling_constant",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_closed_form_works",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_direct_fails",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_stability_demonstrated",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_half_width",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unity_for_small_delta_xi",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_a_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_at_1e18",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_ratio",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ratio_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compensation_possible",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_deterministic_compensation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_zone_drift_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_drift_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_height_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_is_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_is_monotonic_in_height",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_scales_with_omega",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_precision_achievable",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_height_precision_achievable",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_paper_c_module_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_at_1e18",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_ratio",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ratio_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compensation_possible",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_deterministic_compensation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_zone_drift_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_drift_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_height_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_is_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_is_monotonic_in_height",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_scales_with_omega",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_precision_achievable",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_height_precision_achievable",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_paper_c_module_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_at_1e18",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_ratio",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ratio_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compensation_possible",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_deterministic_compensation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_zone_drift_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_drift_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_height_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_is_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_is_monotonic_in_height",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_scales_with_omega",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_precision_achievable",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_height_precision_achievable",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_paper_c_module_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_at_1e18",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_ratio",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ratio_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compensation_possible",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_deterministic_compensation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_zone_drift_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_drift_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_height_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_is_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_is_monotonic_in_height",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_scales_with_omega",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_precision_achievable",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_height_precision_achievable",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_paper_c_module_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_c_support_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_radius_earth",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_formula_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_earth_surface",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_dimensionless",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_at_earth_surface",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gr_consistency_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gr_taylor_expansion",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_d_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_units",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_numerical_example_transmon_1mm",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_numerical_example_transmon_1m",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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    {
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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      "tolerance": "from implementation/fixture",
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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    {
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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    {
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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    {
      "repository": "ssz-all-tests",
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_1.py",
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    },
    {
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_1.py",
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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    {
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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    },
    {
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        "FAIL": 1,
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_2.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
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        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
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    },
    {
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        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
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    },
    {
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
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    },
    {
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        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
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    },
    {
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        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_field_d_ssz_finite_at_horizon",
      "category": "Unit/integration test",
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gr_diverges_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_time_drift",
      "category": "Unit/integration test",
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_prediction",
      "category": "Unit/integration test",
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        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_linear_in_height",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_linear_in_omega",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_linear_in_time",
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      "quantity": "Tests and validation",
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        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_paper_d_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_formula",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_roadmap_validation_runs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_formula",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_scales_with_height",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compensation_is_possible",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zone_width_scales_with_epsilon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_cross_zone_bias",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_accumulated_drift_grows_with_coherence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effect_grows_with_height_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_macroscopic_height_measurable",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_baseline_has_unity_fidelity",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_drift_reduces_fidelity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compensation_recovers_fidelity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_height_dependence_exists",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_correct_omega_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_monotonic_in_height",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_roadmap_validation_runs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phase_drift_formula",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_drift_reduces_fidelity",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_correct_omega_scaling",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_monotonic_in_height",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_roadmap_validation_runs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_accumulated_drift_grows_with_coherence",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_macroscopic_height_measurable",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_drift_reduces_fidelity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_height_dependence_exists",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_correct_omega_scaling",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_monotonic_in_height",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_roadmap_validation_runs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_roadmap_validation_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_earth_schwarzschild_radius",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sun_schwarzschild_radius",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sun_schwarzschild_radius",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
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    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_field_xi_at_schwarzschild",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_field_d_ssz_finite_at_horizon",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_earth_surface",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sun_schwarzschild_radius",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_at_earth_surface",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_decreases_with_radius",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_positive_definite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gradient_scales_as_1_over_r_squared",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_at_earth_surface",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_increases_with_altitude",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_at_earth_surface",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_pair_mismatch",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_property",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_field_xi_at_schwarzschild",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_field_d_ssz_finite_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_physics_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_local_segment_time_as_reference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_geometric_timing_for_gates",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_two_qubit_gate_sync",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segment_mismatch_causes_decoherence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_coherent_segment_zone",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_decoherence_rate_from_gradient",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nanometer_height_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_array_drift_map",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segment_boundary_detection",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_distributed_qubits_sync",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_complete_ssz_qubit_workflow",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segment_mismatch_causes_decoherence",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_coherent_segment_zone",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_decoherence_rate_from_gradient",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nanometer_height_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_array_drift_map",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_predict_gate_error_from_position",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segment_aware_syndrome_weights",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segment_boundary_detection",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_distributed_qubits_sync",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_teleportation_timing_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quantum_repeater_chain",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_complete_ssz_qubit_workflow",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_local_segment_time_as_reference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_geometric_timing_for_gates",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_two_qubit_gate_sync",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segment_mismatch_causes_decoherence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_coherent_segment_zone",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_decoherence_rate_from_gradient",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nanometer_height_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_array_drift_map",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_predict_gate_error_from_position",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segment_aware_syndrome_weights",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segment_boundary_detection",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_distributed_qubits_sync",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_teleportation_timing_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quantum_repeater_chain",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_complete_ssz_qubit_workflow",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_local_segment_time_as_reference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_geometric_timing_for_gates",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_two_qubit_gate_sync",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segment_mismatch_causes_decoherence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_coherent_segment_zone",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_decoherence_rate_from_gradient",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nanometer_height_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_array_drift_map",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_predict_gate_error_from_position",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segment_aware_syndrome_weights",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segment_boundary_detection",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_distributed_qubits_sync",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_teleportation_timing_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quantum_repeater_chain",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_ssz_qubit_applications_3.py -q",
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
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    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "FAIL": 1
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_conservation_proxy",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gradient_has_correct_units",
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      "quantity": "Tests and validation",
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        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_matches_gr_weak_field",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_decoherence_physical_bounds",
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        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_dimensionless",
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      "result": {
        "FAIL": 1
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gradient_has_correct_units",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_offset_has_correct_units",
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      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_matches_gr_weak_field",
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      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gravitational_redshift_formula",
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      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_experiment",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_gps_satellite_time_dilation",
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        "FAIL": 1
      },
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_position_error_without_correction",
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      "quantity": "Tests and validation",
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        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_nist_optical_clock_experiment",
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        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_tokyo_skytree_experiment",
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      "quantity": "Tests and validation",
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        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_and_time_dilation_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gradient_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_conservation_proxy",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_limit",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_height_sensitivity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pair_mismatch_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_decoherence_physical_bounds",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_dimensionless",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gradient_has_correct_units",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_offset_has_correct_units",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_dilation_matches_gr_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gravitational_redshift_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pound_rebka_experiment",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_satellite_time_dilation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gps_position_error_without_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_nist_optical_clock_experiment",
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      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_tokyo_skytree_experiment",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_and_time_dilation_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gradient_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_energy_conservation_proxy",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schwarzschild_limit",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_qubit_height_sensitivity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pair_mismatch_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_decoherence_physical_bounds",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_dimensionless",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gradient_has_correct_units",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_time_offset_has_correct_units",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-qubits/test_validation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_synthetic_schumann",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_synthetic_space_weather",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_merge_all",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_derived_variables",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_all_deltas",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_recovery",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fit_classical_model",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fit_ssz_model",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compare_models",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_signature_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_run_analysis_pipeline",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_synthetic_schumann",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_synthetic_space_weather",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_merge_all",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_derived_variables",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_all_deltas",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_recovery",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fit_classical_model",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fit_ssz_model",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compare_models",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_signature_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_run_analysis_pipeline",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_synthetic_schumann",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_synthetic_space_weather",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_merge_all",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_derived_variables",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_all_deltas",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_recovery",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fit_classical_model",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fit_ssz_model",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compare_models",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_signature_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_run_analysis_pipeline",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_synthetic_schumann",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_synthetic_space_weather",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_merge_all",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_derived_variables",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_all_deltas",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_recovery",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fit_classical_model",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_fit_ssz_model",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compare_models",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_end_to_end_3.py",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_rg58_higher_loss_than_ecoflex",
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        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_total_loss_proportional_to_length",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_power_at_antenna",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unknown_cable_raises",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_critical_freq_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_muf_increases_with_distance",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_muf_at_zero_distance",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_skip_distance_below_critical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_skip_distance_above_critical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_ssz_from_delta",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_c_reduced",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_lambda_shorter",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_effect_proportional",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_effect_scales",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_delta_no_effect",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_skip_distance",
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      "quantity": "Tests and validation",
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        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_antenna_uses_correct_wavelength",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_antenna_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_hamtools_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_layer_config_creation",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_normalize_weights",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_no_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_ionosphere_only",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_all_layers",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_sigmas_function",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_delta_seg",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_mode1",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_mode2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_mode3",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_invalid_mode",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_layered_no_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_layered_with_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_all_modes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_relative_shift_uniform",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_segment_density_ssz_core",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_segment_density_linear",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_from_phi_ratio_no_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_from_phi_ratio_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_phi_based_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_iono_from_proxy_constant",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_iono_from_proxy_varying",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_timeseries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_timeseries_pandas",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_one_percent_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shift_proportional_to_frequency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_positive_segmentation_lowers_frequency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_negative_segmentation_raises_frequency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_ratios_preserved",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_realistic_shift_magnitude",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_at_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_at_infinity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_at_r_s",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_array",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_Xi_at_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_Xi_at_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_Xi_range",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_no_singularity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_layer_config_creation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_layer_config_defaults",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_default_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_layers_property",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_total_weight",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_normalize_weights",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_no_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_ionosphere_only",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_all_layers",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_sigmas_function",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_delta_seg",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_mode1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_mode2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_mode3",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_invalid_mode",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_layered_no_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_layered_with_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_all_modes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_relative_shift_uniform",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_segment_density_ssz_core",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_segment_density_linear",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_from_phi_ratio_no_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_from_phi_ratio_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_phi_based_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_iono_from_proxy_constant",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_iono_from_proxy_varying",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_timeseries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_timeseries_pandas",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_one_percent_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shift_proportional_to_frequency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_positive_segmentation_lowers_frequency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_negative_segmentation_raises_frequency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_ratios_preserved",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_realistic_shift_magnitude",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_at_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_at_infinity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_at_r_s",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_array",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_Xi_at_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_Xi_at_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_Xi_range",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_no_singularity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_layer_config_creation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_layer_config_defaults",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_default_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_layers_property",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_total_weight",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_normalize_weights",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_no_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_ionosphere_only",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_all_layers",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_sigmas_function",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_delta_seg",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_mode1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_mode2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_mode3",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_invalid_mode",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_layered_no_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_layered_with_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_all_modes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_relative_shift_uniform",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_segment_density_ssz_core",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_segment_density_linear",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_from_phi_ratio_no_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_from_phi_ratio_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_phi_based_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_iono_from_proxy_constant",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_iono_from_proxy_varying",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_timeseries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_timeseries_pandas",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_one_percent_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shift_proportional_to_frequency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_positive_segmentation_lowers_frequency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_negative_segmentation_raises_frequency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_ratios_preserved",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_realistic_shift_magnitude",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_at_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_at_infinity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_at_r_s",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_array",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_Xi_at_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_Xi_at_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_Xi_range",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_no_singularity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_layer_config_creation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_layer_config_defaults",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_default_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_layers_property",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_total_weight",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_normalize_weights",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_no_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_ionosphere_only",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_all_layers",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_sigmas_function",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_effective_delta_seg",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_mode1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_mode2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_mode3",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_invalid_mode",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_layered_no_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_layered_with_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_all_modes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_relative_shift_uniform",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_segment_density_ssz_core",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_segment_density_linear",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_from_phi_ratio_no_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_from_phi_ratio_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_phi_based_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_iono_from_proxy_constant",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sigma_iono_from_proxy_varying",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_timeseries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_timeseries_pandas",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_one_percent_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_shift_proportional_to_frequency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_positive_segmentation_lowers_frequency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_negative_segmentation_raises_frequency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_ratios_preserved",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_realistic_shift_magnitude",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_at_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_at_infinity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_at_r_s",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_Xi_ssz_array",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_Xi_at_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_Xi_at_one",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_from_Xi_range",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_no_singularity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_layered_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_factor",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_eta_1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_eta0_from_mean_f1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_timeseries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_basic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_array",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_model",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_seg_from_observed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_seg_roundtrip",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_consistency_perfect",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_consistency_inconsistent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_preserves_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_relative_shift_uniform",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_ssz_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_ssz_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_score_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_interpretation_strings",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_factor",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_eta_1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_eta0_from_mean_f1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_timeseries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_basic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_array",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_model",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_seg_from_observed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_seg_roundtrip",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_consistency_perfect",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_consistency_inconsistent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_preserves_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_relative_shift_uniform",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_ssz_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_ssz_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_score_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_interpretation_strings",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_factor",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_eta_1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_eta0_from_mean_f1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_timeseries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_basic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_array",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_model",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_seg_from_observed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_seg_roundtrip",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_consistency_perfect",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_consistency_inconsistent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_preserves_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_relative_shift_uniform",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_ssz_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_ssz_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_score_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_interpretation_strings",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_factor",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_values",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_eta_1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_eta0_from_mean_f1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_timeseries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_basic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_SSZ_array",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_ssz_model",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_seg_from_observed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_seg_roundtrip",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_consistency_perfect",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_consistency_inconsistent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_preserves_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_relative_shift_uniform",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_ssz_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_null_ssz_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ssz_score_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_interpretation_strings",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_models_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_plasma_frequency_typical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_plasma_frequency_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gyro_frequency_typical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gyro_frequency_linear",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_create_state",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_reference_state",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_reference_gives_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_increased_density",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_increased_b_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_typical_quiet_sun",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_active_sun",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
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    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
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    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
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    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
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    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz.py",
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      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_1.py",
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    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gyro_frequency_typical",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_physical_ssz_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_validate_schumann_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_convert_to_standard_format",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    {
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    {
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    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_2.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_config_from_dict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_pipeline_smoke",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_csv_schumann",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_validate_schumann_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_convert_to_standard_format",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_missing_file_error",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_missing_column_error",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_f107",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_kp",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_resample_to_match",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_space_weather_from_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_synthetic_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unified_data_get_frequencies",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_unified_data_summary",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_config_from_dict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_pipeline_smoke",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_real_loaders_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_extended_default",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_extended_height_effect",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_with_latitude",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_diurnal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_extended_mode_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_parameters",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_synthetic_data",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schema_validation",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_data_has_true_delta_seg",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_get_frequency_dict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pipeline_default_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pipeline_result_summary",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quick_analysis",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_data_loader_not_implemented",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_from_csv_path",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_relative_shifts",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_check_mode_independence_ssz",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_check_mode_independence_dispersive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_seg_with_confidence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_detect_dispersion_pattern",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_generate_diagnostic_report",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_workflow",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_extended_default",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_extended_height_effect",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_with_latitude",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_diurnal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_extended_mode_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_parameters",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_synthetic_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schema_validation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_data_has_true_delta_seg",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_get_frequency_dict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pipeline_default_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pipeline_result_summary",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quick_analysis",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_data_loader_not_implemented",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_from_csv_path",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_relative_shifts",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_check_mode_independence_ssz",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_check_mode_independence_dispersive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_seg_with_confidence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_detect_dispersion_pattern",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_generate_diagnostic_report",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_workflow",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_1.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_extended_default",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_extended_height_effect",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_with_latitude",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_diurnal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_extended_mode_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_parameters",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_synthetic_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schema_validation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_data_has_true_delta_seg",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_get_frequency_dict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pipeline_default_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pipeline_result_summary",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quick_analysis",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_data_loader_not_implemented",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_from_csv_path",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_relative_shifts",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_check_mode_independence_ssz",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_check_mode_independence_dispersive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_seg_with_confidence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_detect_dispersion_pattern",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_generate_diagnostic_report",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_workflow",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_2.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_extended_default",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_extended_height_effect",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_with_latitude",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_f_n_classical_diurnal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_extended_mode_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_invalid_parameters",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_synthetic_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_schema_validation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_synthetic_data_has_true_delta_seg",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_get_frequency_dict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pipeline_default_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pipeline_result_summary",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_quick_analysis",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_real_data_loader_not_implemented",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_load_from_csv_path",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_compute_relative_shifts",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_check_mode_independence_ssz",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_check_mode_independence_dispersive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_delta_seg_with_confidence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_detect_dispersion_pattern",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_generate_diagnostic_report",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_full_workflow",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-schuhman-experiment/test_t1_t4_implementation_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_b_jumps",
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    },
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    },
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    },
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    },
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    },
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    },
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    },
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    },
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    },
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    },
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    },
    {
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    },
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    },
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    {
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    },
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    },
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
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    },
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    },
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    },
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    },
    {
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    },
    {
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    {
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator.py -q",
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator.py",
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    },
    {
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
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    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
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    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_1.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_2.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_2.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_2.py",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_2.py",
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    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
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    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_reversed_limits",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_outgoing_monotone",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ingoing_monotone",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_speed_bounded",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_monotone_decrease",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_reaches_boundary",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_small_b_two_jumps",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_large_b_no_jumps",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_turning_point",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_increases",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_exists_for_small_b",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_turning_point_condition",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_integrator_3.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_negative_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_at_rs",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_monotone_increasing",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymptotic_to_one",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_at_large_r",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_inversely_proportional",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_discontinuity_at_100",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pure_strong",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pure_weak",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_smooth_in_blend",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_c2_continuity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_monotone_decreasing_in_blend",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_at_rs",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_range",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_s_inverse_of_D",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_positive_in_strong",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_negative_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_at_rs",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_monotone_increasing",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymptotic_to_one",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_at_large_r",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_inversely_proportional",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_discontinuity_at_100",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pure_strong",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pure_weak",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_smooth_in_blend",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_c2_continuity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_monotone_decreasing_in_blend",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_at_rs",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_range",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_s_inverse_of_D",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_positive_in_strong",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_1.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_negative_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_at_rs",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_monotone_increasing",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymptotic_to_one",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_at_large_r",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_inversely_proportional",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_discontinuity_at_100",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pure_strong",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pure_weak",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_smooth_in_blend",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_c2_continuity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_monotone_decreasing_in_blend",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_at_rs",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_range",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_s_inverse_of_D",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_positive_in_strong",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_negative_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_at_rs",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_monotone_increasing",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_asymptotic_to_one",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_at_large_r",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_inversely_proportional",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_radius",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_strong_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_weak_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_discontinuity_at_100",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pure_strong",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_pure_weak",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_smooth_in_blend",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_c2_continuity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_monotone_decreasing_in_blend",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_at_rs",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_D_range",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_s_inverse_of_D",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_positive_in_strong",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py",
      "command": "pytest ssz-all-tests/aggregated/ssz-trajectories/test_xi_3.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_derivative_exactness",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_partition_limit",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_radius_scaling",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_sign_symmetry_p",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_mode_norm_invariance_under_k",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_nan_no_inf",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_integer_mode_periodicity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_non_integer_open_curve_detection",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_projection_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_finite_energy_proxy",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_free_parameters",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_compatibility",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dimensionless_consistency",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py",
      "command": "pytest ssz-all-tests/tests/chord_partition/test_chord_partition_modes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "chord_partition_validation_summary",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/chord_partition/outputs/chord_partition_validation_summary.md",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
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    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py",
      "command": "pytest ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py",
      "command": "pytest ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py",
      "command": "pytest ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_gradient_phi_scaling",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py",
      "command": "pytest ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py",
      "command": "pytest ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_frequency_curvature_ssz_vs_gr",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py",
      "command": "pytest ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "test_name": "test_dynamic_comparison_method",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py",
      "command": "pytest ssz-all-tests/tests/part_IV_frequency/test_ch16_17_frequency.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_defining_property",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_reciprocal",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
      "command": "pytest ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_max_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
      "command": "pytest ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_d_min_exact",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
      "command": "pytest ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_singularity_freedom",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
      "command": "pytest ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_framework_completeness",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
      "command": "pytest ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_zero_free_parameters",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
      "command": "pytest ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segmentation_base_n0",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
      "command": "pytest ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_segmentation_limit_phi",
      "category": "Limit test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
      "command": "pytest ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_temporal_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
      "command": "pytest ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_quadratic_solution",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_phi_numerical_convergence",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_I_foundations/test_ch01_05_foundations.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
      "command": "pytest ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
      "command": "pytest ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
      "command": "pytest ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
      "command": "pytest ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
      "command": "pytest ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
      "command": "pytest ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VIII_validation/test_ch26_30_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ringdown_waveform",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
      "command": "pytest ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py",
      "command": "pytest ssz-all-tests/tests/part_VII_dynamics/test_ch25_dynamics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VI_astrophysics/test_ch23_24_astrophysics.py",
      "command": "pytest ssz-all-tests/tests/part_VI_astrophysics/test_ch23_24_astrophysics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VI_astrophysics/test_ch23_24_astrophysics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VI_astrophysics/test_ch23_24_astrophysics.py",
      "command": "pytest ssz-all-tests/tests/part_VI_astrophysics/test_ch23_24_astrophysics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VI_astrophysics/test_ch23_24_astrophysics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VI_astrophysics/test_ch23_24_astrophysics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VI_astrophysics/test_ch23_24_astrophysics.py",
      "command": "pytest ssz-all-tests/tests/part_VI_astrophysics/test_ch23_24_astrophysics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VI_astrophysics/test_ch23_24_astrophysics.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_VI_astrophysics/test_ch23_24_astrophysics.py",
      "command": "pytest ssz-all-tests/tests/part_VI_astrophysics/test_ch23_24_astrophysics.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
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      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_saturation_formula",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_xi_max_saturation",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dilation_function",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_metric_line_element",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_event_horizon",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_gravitational_potential",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_finite_at_center",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dilation_monotonic_bounded",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_kretschmann_scalar_bounded",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_no_divergence_at_r_s",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_horizon_exists",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_ergosphere_larger_than_horizon",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_censorship_natural",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_dark_star_thermodynamics",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_surface_redshift",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-all-tests",
      "test_name": "test_superradiant_regulator",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py",
      "command": "pytest ssz-all-tests/tests/part_V_strong_field/test_ch18_22_strong_field.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-complete-documentation",
      "test_name": "all_tests_2026-05-07",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 2,
        "PASS": 20
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-complete-documentation/07_VALIDATION/all_tests_2026-05-07.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-complete-documentation",
      "test_name": "cassini_test",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-complete-documentation/07_VALIDATION/cassini_test.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-complete-documentation",
      "test_name": "test_gps_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-complete-documentation/07_VALIDATION/gps_validation.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-complete-documentation",
      "test_name": "ligo_final_interpretation_lock",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-complete-documentation/07_VALIDATION/ligo_final_interpretation_lock.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-complete-documentation",
      "test_name": "ligo_h1l1_mini_pipeline_test_plan",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 16,
        "FAIL": 3,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-complete-documentation/07_VALIDATION/ligo_h1l1_mini_pipeline_test_plan.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-complete-documentation",
      "test_name": "nebulae_validation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-complete-documentation/07_VALIDATION/nebulae_validation.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-complete-documentation",
      "test_name": "test_coverage_complete",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 4,
        "PASS": 7,
        "SKIPPED": 1,
        "SKIP": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-complete-documentation/07_VALIDATION/test_coverage_complete.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-complete-documentation",
      "test_name": "test_methodology",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-complete-documentation/07_VALIDATION/test_methodology.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-complete-documentation",
      "test_name": "ligo_tests_findings",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "XFAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-complete-documentation/10_REPOSITORIES/ligo_tests_findings.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-complete-documentation",
      "test_name": "test_file_index",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 13
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-complete-documentation/10_REPOSITORIES/test_file_index.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "ULTIMATE_FINAL_REPORT_2025-10-31",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/ULTIMATE_FINAL_REPORT_2025-10-31.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_phi_series_integration",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 8,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/test_phi_series_integration.py",
      "command": "pytest ssz-full-metric/test_phi_series_integration.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "conftest",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIP": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/conftest.py",
      "command": "pytest ssz-full-metric/tests/conftest.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_energy_conditions",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_energy_conditions.py",
      "command": "pytest ssz-full-metric/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_intersection_canonical",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_intersection.py",
      "command": "pytest ssz-full-metric/tests/test_intersection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_metric_core",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_metric_core.py",
      "command": "pytest ssz-full-metric/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_A_positive_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 6,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_metric_properties.py",
      "command": "pytest ssz-full-metric/tests/test_metric_properties.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_far_field_GR_match",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 6,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_metric_properties.py",
      "command": "pytest ssz-full-metric/tests/test_metric_properties.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_B_is_inverse_A",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 6,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_metric_properties.py",
      "command": "pytest ssz-full-metric/tests/test_metric_properties.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_C2_continuity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 6,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_metric_properties.py",
      "command": "pytest ssz-full-metric/tests/test_metric_properties.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_natural_boundary_properties",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 6,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_metric_properties.py",
      "command": "pytest ssz-full-metric/tests/test_metric_properties.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_time_dilation_consistency",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 6,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_metric_properties.py",
      "command": "pytest ssz-full-metric/tests/test_metric_properties.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_ppn",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_ppn.py",
      "command": "pytest ssz-full-metric/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_Z_parallel_at_zero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_Z_parallel_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_Z_parallel_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_U_potential_at_zero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_U_potential_positive_for_large_phi",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_dZ_dphi_at_zero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_dU_dphi_at_zero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_stress_energy_tensor_shape",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_anisotropy_formula",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_stress_energy_zero_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_stress_energy_bounds",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_scalar_eom_source",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_stress_energy_various_values",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_numerical_stability_large_phi",
      "category": "Numerical test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-full-metric/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_intersection_phi_1",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_intersection_phi_golden",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_A_safe_positive_and_farfield",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_curvature_proxy_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_mirror_blend_smoothness",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_SSZ_vs_GR_values_at_rstar",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_post_newtonian_series",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_metric_tensor_components",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_proper_time_vs_coordinate_time",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-full-metric",
      "test_name": "test_intersection_high_precision",
      "category": "Numerical test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-full-metric/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lagrange",
      "test_name": "test_lagrange_ssz",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lagrange/test_lagrange_ssz.py",
      "command": "pytest ssz-lagrange/test_lagrange_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "FINAL_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/FINAL_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "FINAL_REPORT_IMPLEMENTATION",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/FINAL_REPORT_IMPLEMENTATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "FINAL_REPORT_VALIDATION",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/FINAL_REPORT_VALIDATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "FULL_TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/FULL_TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "validation_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 10,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/validation_report.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "validation_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "PASS": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/validation_report.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "FULL_ANALYSIS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/docs/FULL_ANALYSIS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "OUTPUT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/docs/OUTPUT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "COMPLETE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/reports/COMPLETE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "MODEL_ZOO_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 10,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/reports/MODEL_ZOO_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/reports/TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/reports/VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_real_lens",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 107,
        "FAILED": 15
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/reports/test_output_raw.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "RADIAL_SCALING_GAUGE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1,
        "PASS": 28
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/test-reports/RADIAL_SCALING_GAUGE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "radial_scaling_gauge_results",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 29,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/test-reports/radial_scaling_gauge_results.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_scenario_determined_standard",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_comprehensive_analysis.py",
      "command": "pytest ssz-lensing/tests/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_scenario_overdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_comprehensive_analysis.py",
      "command": "pytest ssz-lensing/tests/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_scenario_underdetermined_high_mmax",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_comprehensive_analysis.py",
      "command": "pytest ssz-lensing/tests/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_scenario_rescue_with_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_comprehensive_analysis.py",
      "command": "pytest ssz-lensing/tests/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_scenario_ill_conditioned",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_comprehensive_analysis.py",
      "command": "pytest ssz-lensing/tests/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_scenario_phase_degeneracy",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_comprehensive_analysis.py",
      "command": "pytest ssz-lensing/tests/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_path_a_b_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_comprehensive_analysis.py",
      "command": "pytest ssz-lensing/tests/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_regime_matches_dof",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_comprehensive_analysis.py",
      "command": "pytest ssz-lensing/tests/test_comprehensive_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_snapshot_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_snapshot_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_all_snapshots_valid",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_load_quad_positions",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_has_redshifts",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_no_inf",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_has_theta_E",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_load_ring_positions",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_has_redshifts",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_no_inf",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_arc_mode",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_invalid_mode_raises",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_all_fields_from_source",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_all_fields_from_source",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_available_datasets",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_complete_numeric",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_complete_numeric",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_datahub.py",
      "command": "pytest ssz-lensing/tests/test_datahub.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_reduced_deflection_basic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_dual_path.py",
      "command": "pytest ssz-lensing/tests/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_lens_equation_zero_residual",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_dual_path.py",
      "command": "pytest ssz-lensing/tests/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_algebraic_solver_basic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_dual_path.py",
      "command": "pytest ssz-lensing/tests/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_phase_is_output_not_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_dual_path.py",
      "command": "pytest ssz-lensing/tests/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_scan_is_labeled",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_dual_path.py",
      "command": "pytest ssz-lensing/tests/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_scan_finds_candidates",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_dual_path.py",
      "command": "pytest ssz-lensing/tests/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_dual_path_runs_both",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_dual_path.py",
      "command": "pytest ssz-lensing/tests/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_cross_check_reports_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_dual_path.py",
      "command": "pytest ssz-lensing/tests/test_dual_path.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_profiles",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_extended_model.py",
      "command": "pytest ssz-lensing/tests/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_external_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_extended_model.py",
      "command": "pytest ssz-lensing/tests/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_higher_multipoles",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_extended_model.py",
      "command": "pytest ssz-lensing/tests/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_extended_model.py",
      "command": "pytest ssz-lensing/tests/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_model_with_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_extended_model.py",
      "command": "pytest ssz-lensing/tests/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_real_lens_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_extended_model.py",
      "command": "pytest ssz-lensing/tests/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 11,
        "SKIP": 1,
        "FAIL": 4,
        "SKIPPED": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_extended_model.py",
      "command": "pytest ssz-lensing/tests/test_extended_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_assert_finite_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_assert_finite_nan_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_assert_finite_inf_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_sanitize_no_nan_converts_nan_to_none",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_validate_no_nan_finds_issues",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_safe_divide_zero",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_safe_divide_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_safe_sqrt_negative",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_safe_sqrt_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_load_quad_images_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_load_quad_has_4_images",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_has_redshift_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_positions_finite",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_load_ring_no_nan",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_has_multiple_points",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_has_redshift_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_positions_finite",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_load_quad_by_mode",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_load_ring_by_mode",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_invalid_mode_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_all_datasets_no_nan",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_fallback_text_parseable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_fallback_no_nan.py",
      "command": "pytest ssz-lensing/tests/test_fallback_no_nan.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_dof_analysis",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_linear_model.py",
      "command": "pytest ssz-lensing/tests/test_linear_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_linear_model.py",
      "command": "pytest ssz-lensing/tests/test_linear_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_real_lens_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_linear_model.py",
      "command": "pytest ssz-lensing/tests/test_linear_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_comparison_with_extended",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 3,
        "FAIL": 2,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_linear_model.py",
      "command": "pytest ssz-lensing/tests/test_linear_model.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_simple_2x2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_identity",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_singular_matrix",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_near_singular",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_bisection_linear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_bisection_quadratic",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_bisection_trig",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_find_all_roots",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_standard_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_symmetric_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_asymmetric_cross",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_varying_theta_E",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_full_rank",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_rank_deficient",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_rectangular",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "FAIL": 1,
        "PASSED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_minimal_exact.py",
      "command": "pytest ssz-lensing/tests/test_minimal_exact.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_m2_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_model_zoo.py",
      "command": "pytest ssz-lensing/tests/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_m2_shear_m3_forbidden",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_model_zoo.py",
      "command": "pytest ssz-lensing/tests/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_arc_points_rescue",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_model_zoo.py",
      "command": "pytest ssz-lensing/tests/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_multi_source_rescue",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_model_zoo.py",
      "command": "pytest ssz-lensing/tests/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_shear_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_model_zoo.py",
      "command": "pytest ssz-lensing/tests/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_m3_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_model_zoo.py",
      "command": "pytest ssz-lensing/tests/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_zoo_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_model_zoo.py",
      "command": "pytest ssz-lensing/tests/test_model_zoo.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_overdetermined_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_exactly_determined_allowed",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_underdetermined_forbidden",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_max_params_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_max_params_two_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_phase_derived_from_components",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_shear_phase_derived",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_unknowns_single_source_m2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_unknowns_two_sources_with_shear",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_dof_blocks_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_single_source_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_two_source_shared_lens",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_phase_is_output_not_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_analyze_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_analyze_forbidden_config",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_analyze_multi_source_enables_more",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 5,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multi_source.py",
      "command": "pytest ssz-lensing/tests/test_multi_source.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_minimal_model_4_images",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multipole_consistency.py",
      "command": "pytest ssz-lensing/tests/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multipole_consistency.py",
      "command": "pytest ssz-lensing/tests/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_multipole_m3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multipole_consistency.py",
      "command": "pytest ssz-lensing/tests/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_image_multiplicity_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multipole_consistency.py",
      "command": "pytest ssz-lensing/tests/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_m2_matches_minimal",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multipole_consistency.py",
      "command": "pytest ssz-lensing/tests/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_multipole_residuals",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multipole_consistency.py",
      "command": "pytest ssz-lensing/tests/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_phase_periodicity",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multipole_consistency.py",
      "command": "pytest ssz-lensing/tests/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_small_quadrupole",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multipole_consistency.py",
      "command": "pytest ssz-lensing/tests/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_large_offset",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multipole_consistency.py",
      "command": "pytest ssz-lensing/tests/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_matrix_conditioning",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_multipole_consistency.py",
      "command": "pytest ssz-lensing/tests/test_multipole_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_none_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_nan_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_inf_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_empty_string_is_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_valid_number_not_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_valid_string_not_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_valid_dict_passes",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_nested_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_list_null_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_sigma_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_sigma_positive",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_single_point_fallback",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_all_defaults",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_partial_input",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_creates_all_fields",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_to_dict_no_null",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_all_values_present",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_center_estimate",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_theta_E_estimate",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_valid_dict_passes",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_null_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_nan_raises",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_counts_flags",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_fallback_complete",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_fallback_complete",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_full_numeric_output",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_full_numeric_output",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_4_points_no_uncertainties",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_no_null_contract.py",
      "command": "pytest ssz-lensing/tests/test_no_null_contract.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_q2237_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_q2237_diagnostic.py",
      "command": "pytest ssz-lensing/tests/test_q2237_diagnostic.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_q2237_forbidden_info",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_q2237_diagnostic.py",
      "command": "pytest ssz-lensing/tests/test_q2237_diagnostic.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_q2237_full_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_q2237_diagnostic.py",
      "command": "pytest ssz-lensing/tests/test_q2237_diagnostic.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_scaling_factor_definition",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_scaling_weak_field_limit",
      "category": "Limit test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_time_dilation_relation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_effective_wavenumber",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_local_light_speed_invariant",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_shapiro_delay_cassini",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_shapiro_delay_solar_grazing",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_shapiro_xi_vs_ppn_factor",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_solar_limb_deflection",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_deflection_xi_vs_ppn_factor",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_gaia_deflection_precision",
      "category": "Numerical test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_wkb_phase_scaling",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_interferometer_phase_difference",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_frame_consistency_loop_closure",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_coordinate_independence",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_pound_rebka_experiment",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_gps_time_drift",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_tokyo_skytree_clocks",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 84,
        "FAIL": 19,
        "PASS": 19,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_radial_scaling_gauge.py",
      "command": "pytest ssz-lensing/tests/test_radial_scaling_gauge.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_synthetic_exact",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_data.py",
      "command": "pytest ssz-lensing/tests/test_real_data.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_synthetic_random",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_data.py",
      "command": "pytest ssz-lensing/tests/test_real_data.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_real_data",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_data.py",
      "command": "pytest ssz-lensing/tests/test_real_data.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_noise_sensitivity",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "FAIL": 4,
        "FAILED": 1,
        "PASSED": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_data.py",
      "command": "pytest ssz-lensing/tests/test_real_data.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_inversion.py",
      "command": "pytest ssz-lensing/tests/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_inversion.py",
      "command": "pytest ssz-lensing/tests/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_double_classification",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_inversion.py",
      "command": "pytest ssz-lensing/tests/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_criteria_are_explicit",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_inversion.py",
      "command": "pytest ssz-lensing/tests/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_consistent_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_inversion.py",
      "command": "pytest ssz-lensing/tests/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_synthetic_recovery",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_inversion.py",
      "command": "pytest ssz-lensing/tests/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_inversion.py",
      "command": "pytest ssz-lensing/tests/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_system_dimensions",
      "category": "Dimensional check",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_inversion.py",
      "command": "pytest ssz-lensing/tests/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_overdetermined_system",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 5,
        "FAILED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_real_inversion.py",
      "command": "pytest ssz-lensing/tests/test_real_inversion.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_regime_determined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_regime_explorer.py",
      "command": "pytest ssz-lensing/tests/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_regime_overdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_regime_explorer.py",
      "command": "pytest ssz-lensing/tests/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_regime_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_regime_explorer.py",
      "command": "pytest ssz-lensing/tests/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_regime_ill_conditioned",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_regime_explorer.py",
      "command": "pytest ssz-lensing/tests/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_underdetermined_multiple_solutions",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_regime_explorer.py",
      "command": "pytest ssz-lensing/tests/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_underdetermined_param_ranges",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_regime_explorer.py",
      "command": "pytest ssz-lensing/tests/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_underdetermined_non_identifiable",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_regime_explorer.py",
      "command": "pytest ssz-lensing/tests/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_high_mmax_underdetermined",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_regime_explorer.py",
      "command": "pytest ssz-lensing/tests/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_dof_rescue_multisource",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_regime_explorer.py",
      "command": "pytest ssz-lensing/tests/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_recommendations_change",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 28,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_regime_explorer.py",
      "command": "pytest ssz-lensing/tests/test_regime_explorer.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_empty_state",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_to_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_from_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_parse_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_parse_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_wrong_count_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_invalid_line",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_build_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_build_with_redshifts",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_load_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_load_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_valid_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_empty_fails",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_wrong_mode_count",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_nan_fails",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_valid_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_invalid_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_summary_valid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_summary_invalid",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_default",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_to_from_dict",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_ui_state.py",
      "command": "pytest ssz-lensing/tests/test_ui_state.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_UT1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_lab.py",
      "command": "pytest ssz-lensing/tests/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_UT2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_lab.py",
      "command": "pytest ssz-lensing/tests/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_UT3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_lab.py",
      "command": "pytest ssz-lensing/tests/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ST1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_lab.py",
      "command": "pytest ssz-lensing/tests/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ST2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_lab.py",
      "command": "pytest ssz-lensing/tests/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ST3",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_lab.py",
      "command": "pytest ssz-lensing/tests/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_CM1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_lab.py",
      "command": "pytest ssz-lensing/tests/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_RB1",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_lab.py",
      "command": "pytest ssz-lensing/tests/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_RB2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASSED": 34,
        "PASS": 2,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_lab.py",
      "command": "pytest ssz-lensing/tests/test_validation_lab.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_image_validation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_module.py",
      "command": "pytest ssz-lensing/tests/test_validation_module.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_dof_analysis",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_module.py",
      "command": "pytest ssz-lensing/tests/test_validation_module.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_result_interpretation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_module.py",
      "command": "pytest ssz-lensing/tests/test_validation_module.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_model_comparison",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 4,
        "PASSED": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/test_validation_module.py",
      "command": "pytest ssz-lensing/tests/test_validation_module.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_shear_data_shear_wins",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_derivation_chain.py",
      "command": "pytest ssz-lensing/tests/zoo/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_m3_data_m3_wins",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_derivation_chain.py",
      "command": "pytest ssz-lensing/tests/zoo/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_full_model_forbidden_without_extras",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_derivation_chain.py",
      "command": "pytest ssz-lensing/tests/zoo/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_report_shows_derivation",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_derivation_chain.py",
      "command": "pytest ssz-lensing/tests/zoo/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_arc_points_rescue_full_model",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_derivation_chain.py",
      "command": "pytest ssz-lensing/tests/zoo/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_multi_source_rescue_full_model",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_derivation_chain.py",
      "command": "pytest ssz-lensing/tests/zoo/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_basic_m2_still_works",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_derivation_chain.py",
      "command": "pytest ssz-lensing/tests/zoo/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_bundle_backward_compatible",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 2,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_derivation_chain.py",
      "command": "pytest ssz-lensing/tests/zoo/test_derivation_chain.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_create_standard_scene",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_geometry.py",
      "command": "pytest ssz-lensing/tests/zoo/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_scene_distances",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_geometry.py",
      "command": "pytest ssz-lensing/tests/zoo/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_add_multiple_sources",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_geometry.py",
      "command": "pytest ssz-lensing/tests/zoo/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_project_single_source",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_geometry.py",
      "command": "pytest ssz-lensing/tests/zoo/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_projection_tracer",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_geometry.py",
      "command": "pytest ssz-lensing/tests/zoo/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_forward_backward_consistency",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_geometry.py",
      "command": "pytest ssz-lensing/tests/zoo/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_to_dict_and_back",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_geometry.py",
      "command": "pytest ssz-lensing/tests/zoo/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_json_roundtrip",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_geometry.py",
      "command": "pytest ssz-lensing/tests/zoo/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_visualizer_smoke_test",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_geometry.py",
      "command": "pytest ssz-lensing/tests/zoo/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ascii_scene_output",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_geometry.py",
      "command": "pytest ssz-lensing/tests/zoo/test_geometry.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_derivation_chain_includes_m4",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_m4_extension.py",
      "command": "pytest ssz-lensing/tests/zoo/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_m4_data_m4_model_works",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_m4_extension.py",
      "command": "pytest ssz-lensing/tests/zoo/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_full_chain_report",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_m4_extension.py",
      "command": "pytest ssz-lensing/tests/zoo/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_list_available_systems",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_m4_extension.py",
      "command": "pytest ssz-lensing/tests/zoo/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_load_q2237",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_m4_extension.py",
      "command": "pytest ssz-lensing/tests/zoo/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_q2237_derivation_chain",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_m4_extension.py",
      "command": "pytest ssz-lensing/tests/zoo/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_save_artifacts",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_m4_extension.py",
      "command": "pytest ssz-lensing/tests/zoo/test_m4_extension.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_perfect_ring_classified_as_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_ring_morphology.py",
      "command": "pytest ssz-lensing/tests/zoo/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_shear_ring_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_ring_morphology.py",
      "command": "pytest ssz-lensing/tests/zoo/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_quad_classified_as_quad",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_ring_morphology.py",
      "command": "pytest ssz-lensing/tests/zoo/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_ring_to_cross_transition",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_ring_morphology.py",
      "command": "pytest ssz-lensing/tests/zoo/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_perfect_ring_fit",
      "category": "Data comparison",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_ring_morphology.py",
      "command": "pytest ssz-lensing/tests/zoo/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_perturbed_ring_detects_m2",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_ring_morphology.py",
      "command": "pytest ssz-lensing/tests/zoo/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_m4_perturbation_detected",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_ring_morphology.py",
      "command": "pytest ssz-lensing/tests/zoo/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_off_center_ring",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_ring_morphology.py",
      "command": "pytest ssz-lensing/tests/zoo/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_estimate_ring_center",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_ring_morphology.py",
      "command": "pytest ssz-lensing/tests/zoo/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-lensing",
      "test_name": "test_estimate_ring_radius",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-lensing/tests/zoo/test_ring_morphology.py",
      "command": "pytest ssz-lensing/tests/zoo/test_ring_morphology.py -q",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "AUDIT_FREEZE_TIMESTAMP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/AUDIT_FREEZE_TIMESTAMP.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "README",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3,
        "PASS": 13,
        "FAILED": 1,
        "XFAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/README.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "run_full_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 2,
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/run_full_test.py",
      "command": "pytest ssz-ligo-tests/run_full_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "FULL_RECURSIVE_RELEASE_SCAN_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/data_manifest/FULL_RECURSIVE_RELEASE_SCAN_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "HDF5_SYMLINK_FORENSICS_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/data_manifest/HDF5_SYMLINK_FORENSICS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "LIGO_RELEASE_SCIENCE_MAP",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/data_manifest/LIGO_RELEASE_SCIENCE_MAP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "NESTED_EXTRACTION_VALIDATION_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 14
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/data_manifest/NESTED_EXTRACTION_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PHASE_5C_REFERENCE_MODEL_LOCK_REPORT",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/data_manifest/PHASE_5C_REFERENCE_MODEL_LOCK_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PHASE_5C_RF_COMPUTATION_BLOCKED",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/data_manifest/PHASE_5C_RF_COMPUTATION_BLOCKED.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PRODUCT_FOLDER_HDF5_INSPECTION",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/data_manifest/PRODUCT_FOLDER_HDF5_INSPECTION.csv",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "synthetic_delta_psi_preview",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/data_manifest/synthetic_delta_psi_preview.csv",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "unit_normalization_audit",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/data_manifest/unit_normalization_audit.csv",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "H1_L1_MINI_PIPELINE_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 16,
        "FAIL": 3,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/docs/H1_L1_MINI_PIPELINE_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "LIGO_GWOSC_TEST_PLAN",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 5,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/docs/LIGO_GWOSC_TEST_PLAN.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "MISSING_FORMULAS_DEVELOPMENT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/docs/MISSING_FORMULAS_DEVELOPMENT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "SSZ_GEOMETRIC_ALGEBRA_INTERFEROMETER_MODEL",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/docs/SSZ_GEOMETRIC_ALGEBRA_INTERFEROMETER_MODEL.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "SSZ_INTERFEROMETER_ANHOLONOMY_FORMULATION",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/docs/SSZ_INTERFEROMETER_ANHOLONOMY_FORMULATION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PHASE_1B_2_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/PHASE_1B_2_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PHASE_1_EVIDENCE_INVENTORY_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/PHASE_1_EVIDENCE_INVENTORY_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PHASE_2_SCIENCE_MAPPING_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/PHASE_2_SCIENCE_MAPPING_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PHASE_3E_FULL_RECURSIVE_RELEASE_SCAN_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/PHASE_3E_FULL_RECURSIVE_RELEASE_SCAN_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PHASE_3_EXECUTION_BLOCKER_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/PHASE_3_EXECUTION_BLOCKER_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PHASE_3_REPRODUCTION_READINESS_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/PHASE_3_REPRODUCTION_READINESS_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PHASE_4_NESTED_EXTRACTION_LOG",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/PHASE_4_NESTED_EXTRACTION_LOG.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "gw250207_comparison_run",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/gw250207_comparison_run.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "gw250207_comparison_run2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/gw250207_comparison_run2.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "gw250207_download",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/gw250207_download.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "gw250207_download2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/gw250207_download2.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "gw250207_gate_run2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/gw250207_gate_run2.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "gw250207_gate_run3",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/gw250207_gate_run3.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "unit_audit_run",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 13,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/unit_audit_run.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "unit_audit_run2",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 15,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/logs/unit_audit_run2.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "ARTIFACT_SCORE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/ARTIFACT_SCORE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "CURRENT_FILE_INVENTORY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 47,
        "PASS": 35
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/CURRENT_FILE_INVENTORY.csv",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "DQ_AWARE_FINAL_LIGO_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/DQ_AWARE_FINAL_LIGO_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "DQ_STATE_VECTOR_BIT_PROVENANCE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/DQ_STATE_VECTOR_BIT_PROVENANCE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "FINAL_INTERPRETATION_LOCK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/FINAL_INTERPRETATION_LOCK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "GAUSSIANITY_ARTIFACT_GATE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/GAUSSIANITY_ARTIFACT_GATE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "GA_INTERFEROMETER_SYNTHETIC_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/GA_INTERFEROMETER_SYNTHETIC_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "GW250207_ARTIFACT_GATE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/GW250207_ARTIFACT_GATE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "H1_L1_COHERENCE_PIPELINE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/H1_L1_COHERENCE_PIPELINE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "H1_ONLY_EXPLORATORY_STRAIN_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/H1_ONLY_EXPLORATORY_STRAIN_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "L1_ARTIFACT_GATE_FINAL_STATUS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/L1_ARTIFACT_GATE_FINAL_STATUS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "L1_DQ_FLAG_CHECK_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 22,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/L1_DQ_FLAG_CHECK_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "L1_EXCLUDED_OR_DIAGNOSTIC_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/L1_EXCLUDED_OR_DIAGNOSTIC_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "L1_GAUSSIANITY_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 14
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/L1_GAUSSIANITY_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "LIGO_QUESTION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/LIGO_QUESTION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "LIGO_RELEASE_MASTER_STATUS_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 4,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/LIGO_RELEASE_MASTER_STATUS_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "NEXT_PHYSICS_DERIVATION_TASKS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/NEXT_PHYSICS_DERIVATION_TASKS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "OPEN_DATA_METHODOLOGY_POSITION",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/OPEN_DATA_METHODOLOGY_POSITION.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PHASE_5_RF_TEST_FINAL_RESULT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/PHASE_5_RF_TEST_FINAL_RESULT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PHASE_5_RF_TEST_RESULT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/PHASE_5_RF_TEST_RESULT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PHYSICS_CLARIFICATION_NOTE",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/PHYSICS_CLARIFICATION_NOTE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PROVENANCE_FIRST_MASTER_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/PROVENANCE_FIRST_MASTER_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PSD_WELCH_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/PSD_WELCH_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "PYTEST_FULL_RUN_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 125,
        "FAILED": 106,
        "SKIPPED": 1,
        "XFAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/PYTEST_FULL_RUN_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "QNM_TEST_READINESS_REQUIREMENTS",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/QNM_TEST_READINESS_REQUIREMENTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "REAL_STRAIN_LOAD_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/REAL_STRAIN_LOAD_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "REAL_TEST_VERIFICATION_MASTER_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "PASSED": 1,
        "FAILED": 1,
        "SKIPPED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/REAL_TEST_VERIFICATION_MASTER_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "SSZ_LIGO_TEST_FRAMEWORK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "PASS": 2,
        "SKIP": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/SSZ_LIGO_TEST_FRAMEWORK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "SSZ_PREREGISTERED_HYPOTHESIS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/SSZ_PREREGISTERED_HYPOTHESIS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "SYNTHETIC_FORWARD_DRY_RUN_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/SYNTHETIC_FORWARD_DRY_RUN_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "UNIT_NORMALIZATION_AUDIT",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/UNIT_NORMALIZATION_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "COMPLETE_PROJECT_CHECK",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "FAIL": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/progress/COMPLETE_PROJECT_CHECK.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "COMPLETE_PROJECT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 12,
        "FAIL": 6,
        "XFAIL": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/progress/COMPLETE_PROJECT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "COMPLETE_PROJECT_SUMMARY",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 11,
        "XFAIL": 3,
        "FAIL": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/progress/COMPLETE_PROJECT_SUMMARY.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "OFFSOURCE_BACKGROUND_TEST",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/progress/OFFSOURCE_BACKGROUND_TEST.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "README_FINAL_CONSISTENCY_PASS",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/progress/README_FINAL_CONSISTENCY_PASS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "README_FINAL_REPUTATION_CLEANUP",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 9,
        "PASSED": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/progress/README_FINAL_REPUTATION_CLEANUP.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "README_REPUTATION_SAFETY_AUDIT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 11,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/reports/progress/README_REPUTATION_SAFETY_AUDIT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "run_detector_parity_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/run_detector_parity_test.py",
      "command": "pytest ssz-ligo-tests/scripts/run_detector_parity_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "run_l1_gaussianity_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 3,
        "FAIL": 3,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/run_l1_gaussianity_test.py",
      "command": "pytest ssz-ligo-tests/scripts/run_l1_gaussianity_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "run_l1_harmonic_oscillator_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/run_l1_harmonic_oscillator_test.py",
      "command": "pytest ssz-ligo-tests/scripts/run_l1_harmonic_oscillator_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "run_l1_line_notch_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/run_l1_line_notch_test.py",
      "command": "pytest ssz-ligo-tests/scripts/run_l1_line_notch_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "run_offsource_background_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/run_offsource_background_test.py",
      "command": "pytest ssz-ligo-tests/scripts/run_offsource_background_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_psd_peak_normalization",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 27,
        "PASS": 10,
        "SKIP": 3,
        "SKIPPED": 1,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/run_unit_normalization_audit.py",
      "command": "pytest ssz-ligo-tests/scripts/run_unit_normalization_audit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_bandpower_integration",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 27,
        "PASS": 10,
        "SKIP": 3,
        "SKIPPED": 1,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/run_unit_normalization_audit.py",
      "command": "pytest ssz-ligo-tests/scripts/run_unit_normalization_audit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_asd_normalization",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 27,
        "PASS": 10,
        "SKIP": 3,
        "SKIPPED": 1,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/run_unit_normalization_audit.py",
      "command": "pytest ssz-ligo-tests/scripts/run_unit_normalization_audit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_window_power_correction",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 27,
        "PASS": 10,
        "SKIP": 3,
        "SKIPPED": 1,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/run_unit_normalization_audit.py",
      "command": "pytest ssz-ligo-tests/scripts/run_unit_normalization_audit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_onesided_vs_twosided",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 27,
        "PASS": 10,
        "SKIP": 3,
        "SKIPPED": 1,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/run_unit_normalization_audit.py",
      "command": "pytest ssz-ligo-tests/scripts/run_unit_normalization_audit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_rfft_normalization",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 27,
        "PASS": 10,
        "SKIP": 3,
        "SKIPPED": 1,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/run_unit_normalization_audit.py",
      "command": "pytest ssz-ligo-tests/scripts/run_unit_normalization_audit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_real_strain_units",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 27,
        "PASS": 10,
        "SKIP": 3,
        "SKIPPED": 1,
        "FAIL": 2,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/run_unit_normalization_audit.py",
      "command": "pytest ssz-ligo-tests/scripts/run_unit_normalization_audit.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "verify_real_ligo_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/scripts/verify_real_ligo_tests.py",
      "command": "pytest ssz-ligo-tests/scripts/verify_real_ligo_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_import_ssz_ligo",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_00_environment.py",
      "command": "pytest ssz-ligo-tests/tests/test_00_environment.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_constants_available",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_00_environment.py",
      "command": "pytest ssz-ligo-tests/tests/test_00_environment.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_core_functions_available",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_00_environment.py",
      "command": "pytest ssz-ligo-tests/tests/test_00_environment.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_equation_registry_available",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_00_environment.py",
      "command": "pytest ssz-ligo-tests/tests/test_00_environment.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_source_root_exists",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_01_source_inventory.py",
      "command": "pytest ssz-ligo-tests/tests/test_01_source_inventory.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_source_root_has_content",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_01_source_inventory.py",
      "command": "pytest ssz-ligo-tests/tests/test_01_source_inventory.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_critical_ssz_book_exists",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_01_source_inventory.py",
      "command": "pytest ssz-ligo-tests/tests/test_01_source_inventory.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_critical_pdf_exists",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 4
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_01_source_inventory.py",
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    },
    {
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    {
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    {
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    {
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    {
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    },
    {
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      "quantity": "Tests and validation",
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    {
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      "quantity": "Tests and validation",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-ligo-tests/tests/test_02_equation_registry.py",
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_02_equation_registry.py",
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    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_03_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
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    },
    {
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    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_03_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_03_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_03_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_03_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_03_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_03_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_03_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
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      "file": "physics/ssz-ligo-tests/tests/test_03_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_03_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_03_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_04_forward_model_placeholders.py",
      "command": "pytest ssz-ligo-tests/tests/test_04_forward_model_placeholders.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
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      "file": "physics/ssz-ligo-tests/tests/test_04_forward_model_placeholders.py",
      "command": "pytest ssz-ligo-tests/tests/test_04_forward_model_placeholders.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_04_forward_model_placeholders.py",
      "command": "pytest ssz-ligo-tests/tests/test_04_forward_model_placeholders.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_04_forward_model_placeholders.py",
      "command": "pytest ssz-ligo-tests/tests/test_04_forward_model_placeholders.py -q",
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    },
    {
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_04_forward_model_placeholders.py",
      "command": "pytest ssz-ligo-tests/tests/test_04_forward_model_placeholders.py -q",
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    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_04_forward_model_placeholders.py",
      "command": "pytest ssz-ligo-tests/tests/test_04_forward_model_placeholders.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_04_forward_model_placeholders.py",
      "command": "pytest ssz-ligo-tests/tests/test_04_forward_model_placeholders.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_08_anti_circularity.py",
      "command": "pytest ssz-ligo-tests/tests/test_08_anti_circularity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_f_from_posterior_invalid",
      "category": "Unit/integration test",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_a_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_a_v0.py -q",
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    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_a_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_a_v0.py -q",
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    },
    {
      "repository": "ssz-ligo-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_a_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_a_v0.py -q",
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    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_a_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_a_v0.py -q",
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    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_a_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_a_v0.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Data comparison",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_a_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_a_v0.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_a_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_a_v0.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_source_equation_recorded",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_a_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_a_v0.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_nonnegative",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_same_output_on_repeat",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_small_in_ligo_band",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_metadata_formula_status",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_metadata_ready_for_claim",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_metadata_branch_explicit",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_metadata_r_over_rs",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_raises_on_zero_freq",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_derived_delta_psi_v0.py",
      "command": "pytest ssz-ligo-tests/tests/test_derived_delta_psi_v0.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_three_branches_defined",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_branches_a_b_c_give_different_results",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_formula_status_blocked",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ready_for_claim_no",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_status_blocked",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_epsilon_for_claim_is_none",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ligo_claim_not_allowed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_v51_branch_exists",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_dmin_branch_exists",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_photon_sphere_branch_exists",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_v51_is_3_percent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_dmin_squared_matches_constant",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_photon_sphere_is_39_percent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_branches_not_equal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_no_branch_ligo_compatible",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py",
      "command": "pytest ssz-ligo-tests/tests/test_epsilon_220_branch_registry.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_theta_zero_is_identity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_pi_half_maps_ex_to_ey",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_pi_maps_to_negatives",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_preserves_lengths",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_orthogonality_preserved",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_composition",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_scale_1_theta_0_is_identity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_scale_amplifies_length",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_scale_and_twist_combine",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_plus_pol_opposite_arms",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_plus_pol_amplitude",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ssz_scale_constant",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ssz_twist_constant",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_shape_matches_t_grid",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_constant_field_gives_L_times_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_zero_field_gives_zero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_retarded_correction_small_for_ligo",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_formula",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_zero_phase_zero_strain",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_strain_same_sign_as_hxx",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_strain_amplitude_order_of_magnitude",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_meta_scale_theta_correct",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_retarded_correction_small",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_scale_amplifies_strain",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_scale_lt_1_suppresses_strain",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_twist_changes_strain",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_twist_modifies_projection",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_twist_pi_half_equal_arms",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_different_from_scale_only",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_larger_theta_larger_difference",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_retarded_correction_scales_with_frequency",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ligo_correction_below_5_percent",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ga_branch_labels_exist",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_no_posterior_parameters_used",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py",
      "command": "pytest ssz-ligo-tests/tests/test_geometric_algebra_interferometer.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_formula_status",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py",
      "command": "pytest ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ready_for_claim_no",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py",
      "command": "pytest ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_h_ssz_same_shape",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py",
      "command": "pytest ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_h_ssz_complex",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py",
      "command": "pytest ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_h_ssz_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py",
      "command": "pytest ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_delta_psi_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py",
      "command": "pytest ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_delta_a_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py",
      "command": "pytest ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_formula_status_in_meta",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py",
      "command": "pytest ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ready_for_claim_in_meta",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py",
      "command": "pytest ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_support_claim_not_made",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py",
      "command": "pytest ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_falsification_claim_not_made",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py",
      "command": "pytest ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_branch_explicit",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py",
      "command": "pytest ssz-ligo-tests/tests/test_h_ssz_v0_waveform_application.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_delta_psi_signature_no_data_arg",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_data_fitting.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_data_fitting.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_delta_a_signature_no_data_arg",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_data_fitting.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_data_fitting.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_waveform_signature_no_data_arg",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_data_fitting.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_data_fitting.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_delta_psi_deterministic",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_data_fitting.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_data_fitting.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_delta_a_deterministic",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_data_fitting.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_data_fitting.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_waveform_deterministic",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_data_fitting.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_data_fitting.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_delta_psi_result_independent_of_posterior",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_data_fitting.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_data_fitting.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_varying_mass_changes_output",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_data_fitting.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_data_fitting.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_varying_freq_changes_output",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_data_fitting.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_data_fitting.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_posterior_label_is_invalid",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_posterior_rf_verdict.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_posterior_rf_verdict.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_posterior_cannot_be_ssz_verdict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_posterior_rf_verdict.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_posterior_rf_verdict.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_strain_label_is_valid",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_posterior_rf_verdict.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_posterior_rf_verdict.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ringdown_posterior_is_invalid",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_no_posterior_rf_verdict.py",
      "command": "pytest ssz-ligo-tests/tests/test_no_posterior_rf_verdict.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_unit_fringe_ratio_under_coscaling",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_phase_transport_principle.py",
      "command": "pytest ssz-ligo-tests/tests/test_phase_transport_principle.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_is_coscaled_unobservable_flag",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_phase_transport_principle.py",
      "command": "pytest ssz-ligo-tests/tests/test_phase_transport_principle.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_earth_xi_negligible",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_phase_transport_principle.py",
      "command": "pytest ssz-ligo-tests/tests/test_phase_transport_principle.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_coscaling_fringe_ratio_independent_of_xi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_phase_transport_principle.py",
      "command": "pytest ssz-ligo-tests/tests/test_phase_transport_principle.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_s_d_values_consistent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_phase_transport_principle.py",
      "command": "pytest ssz-ligo-tests/tests/test_phase_transport_principle.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_difference_of_arms",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_phase_transport_principle.py",
      "command": "pytest ssz-ligo-tests/tests/test_phase_transport_principle.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_equal_arms_gives_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
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    {
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    {
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    {
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    {
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    },
    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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    },
    {
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    },
    {
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    {
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    {
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    },
    {
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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      "file": "physics/ssz-ligo-tests/tests/test_real_hdf5_readonly_access.py",
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    },
    {
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      "file": "physics/ssz-ligo-tests/tests/test_real_hdf5_readonly_access.py",
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    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_real_hdf5_readonly_access.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_real_hdf5_readonly_access.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_real_hdf5_readonly_access.py",
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    },
    {
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      "file": "physics/ssz-ligo-tests/tests/test_real_hdf5_readonly_access.py",
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    },
    {
      "repository": "ssz-ligo-tests",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_real_hdf5_readonly_access.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_dpsi_no_jump_at_blend_start",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_regime_boundary_continuity.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_theta_constant_flat",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_theta_xi_proxy_increases_with_freq",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_scale_applied_after_rotation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_twist_zero_recovers_scale_only",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_linearity_in_F",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_zero_antenna_gives_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_F_plus_only",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_h1_l1_different_from_each_other",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_scale_only_ratio_independent_of_scale",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_twist_shifts_h1_l1_ratio",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ratio_shift_grows_with_theta",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_returns_one_row_per_theta",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_theta_zero_row_matches_scale_only",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_resid_grows_with_theta",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_h1_l1_ratio_shift_grows_with_theta",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_scale_only_ratio_consistent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_with_synthetic_psd",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_psd_positive_everywhere",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_psd_shape",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_psd_decreasing_at_high_freq",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_status_labels",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_module_docstring_has_gate",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_no_posterior_params",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_local_arm_not_applied",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_source_propagation_twist_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_source_propagation_twist_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ready_for_claim_is_no",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_support_claim_not_made",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_falsification_claim_not_made",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_posterior_rf_invalid",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_pipeline_status_exploratory",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_real_strain_test_is_proxy_only",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_epsilon_locked_is_none",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ringdown_not_usable",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_39_percent_discarded",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_39_pct_was_historical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_delta_lnl_indistinguishable_not_support_claim",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_delta_lnl_indistinguishable_not_falsification",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_strain_simulation_runs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_fft_runs",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_residual_computed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_pipeline_claim_gate.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_segment_nonempty",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_strain_sanity_bounded.py",
      "command": "pytest ssz-ligo-tests/tests/test_strain_sanity_bounded.py -q",
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    {
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_invalid_branch_raises",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_twist_polarization_branch.py",
      "command": "pytest ssz-ligo-tests/tests/test_twist_polarization_branch.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_canonical_label_exists",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_didactic_label_exists",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_deprecated_label_exists",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_at_rs_equals_xi_max",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_r_zero_approaches_zero",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_r_infinity_saturates_at_xi_max",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_monotonically_increasing",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_never_exceeds_xi_max",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_at_rs_equals_xi_max",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_r_infinity_decays_to_zero",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_r_small_saturates_at_xi_max",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_monotonically_decreasing",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_agree_at_rs",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_differ_at_r_neq_rs",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_xi_strong_delegates_to_canonical",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/test_xi_strong_branch_lock.py",
      "command": "pytest ssz-ligo-tests/tests/test_xi_strong_branch_lock.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_initially_unlocked",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_can_lock_epsilon_220",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_can_lock_eta_220",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_can_lock_kappa_phase",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_unshifted_when_epsilon_zero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_shifted_when_epsilon_nonzero",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_raises_when_epsilon_not_locked",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_tau_shift_raises_when_eta_not_locked",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_raises_when_kappa_not_locked",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_zero_at_high_frequencies",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_raises_when_kappa_not_locked",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_antenna_response",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_residual",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_likelihood_decreases_with_mismatch",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_inner_product_symmetry",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_model_rejects_unlocked_parameters",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ssz_less_than_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_correction_factor_reasonable",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_rdot_negative",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ssz_slower_than_gr",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_decreases_with_radius",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_proportional_to_sqrt_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_finite_everywhere",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "PASS": 1
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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        "PASS": 1
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Unit/integration test",
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        "PASS": 1
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_small_mass_gives_small_phase_diff",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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        "PASS": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_inspiral_phase_forward_model.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_xi_smooth_across_transition",
      "category": "Unit/integration test",
      "quantity": "Strong field",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_blend_weight_transitions",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_pure_strong_at_horizon",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_pure_weak_far_out",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_factor_continuous",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_rsg_increases_monotonically",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_strong_field_dominates_near_horizon",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_weak_field_far_out",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py",
      "command": "pytest ssz-ligo-tests/tests/integration/test_strong_to_weak_transition.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_at_horizon",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_radial_scaling_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_radial_scaling_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_radial_scaling_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_radial_scaling_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_pure_strong",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_radial_scaling_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_radial_scaling_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_pure_weak",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_radial_scaling_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_radial_scaling_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_radial_scaling_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_radial_scaling_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_at_horizon",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_radial_scaling_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_radial_scaling_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_radial_scaling_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_radial_scaling_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_radial_scaling_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_radial_scaling_core.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_radial_scaling_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_radial_scaling_core.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_radial_scaling_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_radial_scaling_core.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_radial_scaling_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_radial_scaling_core.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_ssz_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_ssz_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_ssz_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_ssz_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_ssz_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_ssz_core.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_ssz_core.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_ssz_core.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_ssz_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_ssz_core.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
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      "meaning": "Checks an implemented aspect of “Tests and validation”.",
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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    },
    {
      "repository": "ssz-ligo-tests",
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
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    },
    {
      "repository": "ssz-ligo-tests",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Dimensional check",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/unit/test_ssz_core.py",
      "command": "pytest ssz-ligo-tests/tests/unit/test_ssz_core.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_phi_matches_book",
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      "quantity": "Tests and validation",
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        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_against_book.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_against_book.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_xi_max_matches_book",
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      "quantity": "Tests and validation",
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        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_against_book.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_against_book.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "quantity": "Tests and validation",
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        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_against_book.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_against_book.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_xi_at_horizon_from_book",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_against_book.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_against_book.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_d_at_horizon_from_book",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_against_book.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_against_book.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_gr_d_zero_at_horizon",
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      "quantity": "Tests and validation",
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        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_against_book.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_against_book.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_d_min_universal",
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      "quantity": "Tests and validation",
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        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_against_book.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_against_book.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_weak_field_gr_agreement",
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        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_against_book.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_against_book.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_strong_field_divergence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_against_book.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_against_book.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_finite_vs_infinite_redshift",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_against_book.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_against_book.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_d_min_squared_vs_3_percent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_against_book.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_against_book.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_regime_detection_critical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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        "XFAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_against_book.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_against_book.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_posterior_fields_not_direct_observables",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_anti_circularity.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_anti_circularity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_kerr_is_not_ssz_reference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_anti_circularity.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_anti_circularity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_same_fit_parameters_not_independent",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_anti_circularity.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_anti_circularity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_strain_is_real_observable",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_anti_circularity.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_anti_circularity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_residual_is_valid_test",
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      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_anti_circularity.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_anti_circularity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ssz_parameters_must_be_locked",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_anti_circularity.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_anti_circularity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_no_post_hoc_adjustment",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_anti_circularity.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_anti_circularity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_forbidden_list_comprehensive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_anti_circularity.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_anti_circularity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_allowed_are_strain_based",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_anti_circularity.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_anti_circularity.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_status_is_conflicting",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_conflicting_sources_defined",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_source_a_is_3_percent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_source_c_is_39_percent",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_factor_10_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_returns_not_usable",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_reason_mentions_conflict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_ssz_ringdown_frequency_shift_raises",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_error_includes_conflict_report",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_epsilon_220_from_corpus_raises",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_report_includes_all_sources",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-ligo-tests",
      "test_name": "test_report_asks_resolution_questions",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py",
      "command": "pytest ssz-ligo-tests/tests/validation/test_ringdown_conflict_detection.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "README_TESTS",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAIL": 1,
        "SKIPPED": 6,
        "SKIP": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/README_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "conftest",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIP": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/conftest.py",
      "command": "pytest ssz-metric-final/tests/conftest.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "quick_test_fahrplan_1_complete",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/quick_test_fahrplan_1_complete.py",
      "command": "pytest ssz-metric-final/tests/quick_test_fahrplan_1_complete.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "quick_test_tasks_1_2",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/quick_test_tasks_1_2.py",
      "command": "pytest ssz-metric-final/tests/quick_test_tasks_1_2.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_all_features_present",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_complete_metric.py",
      "command": "pytest ssz-metric-final/tests/test_complete_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_hawking_radiation",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_complete_metric.py",
      "command": "pytest ssz-metric-final/tests/test_complete_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_complete_sgr_a_star",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_complete_metric.py",
      "command": "pytest ssz-metric-final/tests/test_complete_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_ssz_corrections_all",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_complete_metric.py",
      "command": "pytest ssz-metric-final/tests/test_complete_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_perfect_metric_summary",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_complete_metric.py",
      "command": "pytest ssz-metric-final/tests/test_complete_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_WEC_safe_region",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_NEC_safe_region",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_grid_points_100",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_no_nan_inf_Tmunu",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_no_nan_inf_conditions",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_WEC_definition",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_NEC_definition",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_DEC_definition",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_Delta_definition",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_Delta_non_trivial",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_equator_vs_pole",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_theta_range",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_different_masses",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_transition_region",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3,
        "PASSED": 4,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_energy_conditions.py",
      "command": "pytest ssz-metric-final/tests/test_energy_conditions.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_timelike_integration",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_null_integration",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_no_nan_inf",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_photon_sphere_GR_limit",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_photon_sphere_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_ISCO_GR_limit",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_ISCO_outside_photon_sphere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_shadow_exists",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_shadow_GR_bound",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_circular_orbit_stable",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_plunge_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_energy_conserved",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_different_masses",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 6,
        "FAILED": 5,
        "FAIL": 2,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_radial_infall",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics_minimal.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics_minimal.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_orbit_stability",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics_minimal.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics_minimal.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_escape_velocity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics_minimal.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics_minimal.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_circular_velocity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics_minimal.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics_minimal.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_velocity_ratio",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics_minimal.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics_minimal.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_orbital_energy",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_geodesics_minimal.py",
      "command": "pytest ssz-metric-final/tests/test_geodesics_minimal.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_u_star_value_phi1",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 2,
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_intersection.py",
      "command": "pytest ssz-metric-final/tests/test_intersection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_D_star_range_phi1",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 2,
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_intersection.py",
      "command": "pytest ssz-metric-final/tests/test_intersection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_intersection_equality_phi1",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 2,
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_intersection.py",
      "command": "pytest ssz-metric-final/tests/test_intersection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_u_star_value_golden",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 2,
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_intersection.py",
      "command": "pytest ssz-metric-final/tests/test_intersection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_D_star_range_golden",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 2,
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_intersection.py",
      "command": "pytest ssz-metric-final/tests/test_intersection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_intersection_equality_golden",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 2,
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_intersection.py",
      "command": "pytest ssz-metric-final/tests/test_intersection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_phi_range",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 2,
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_intersection.py",
      "command": "pytest ssz-metric-final/tests/test_intersection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_phi_monotonicity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 2,
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_intersection.py",
      "command": "pytest ssz-metric-final/tests/test_intersection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_no_nan_inf",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 2,
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_intersection.py",
      "command": "pytest ssz-metric-final/tests/test_intersection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_deterministic",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "SKIPPED": 1,
        "SKIP": 2,
        "FAIL": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_intersection.py",
      "command": "pytest ssz-metric-final/tests/test_intersection.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_isco_prograde",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_isco.py",
      "command": "pytest ssz-metric-final/tests/test_isco.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_isco_above_photon_sphere",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_isco.py",
      "command": "pytest ssz-metric-final/tests/test_isco.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_isco_correction",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_isco.py",
      "command": "pytest ssz-metric-final/tests/test_isco.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_isco_legacy_method",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_isco.py",
      "command": "pytest ssz-metric-final/tests/test_isco.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_isco_mass_scaling",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_isco.py",
      "command": "pytest ssz-metric-final/tests/test_isco.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_A_positive_near_horizon",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_A_positive_far_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_A_minimum",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_A_farfield_accuracy",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_A_approaches_unity",
      "category": "Dimensional check",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_B_from_A",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_AB_product",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_A_monotonic",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_A_bounds",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_B_monotonic",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_no_nan_inf",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_extreme_radii",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_different_masses",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_mass_independence_normalized",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_metric_core.py",
      "command": "pytest ssz-metric-final/tests/test_metric_core.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_all_methods_exist",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_observables_complete.py",
      "command": "pytest ssz-metric-final/tests/test_observables_complete.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_sgr_a_star_observables",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_observables_complete.py",
      "command": "pytest ssz-metric-final/tests/test_observables_complete.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_solar_system_observables",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_observables_complete.py",
      "command": "pytest ssz-metric-final/tests/test_observables_complete.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_geodesics_integration",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_observables_complete.py",
      "command": "pytest ssz-metric-final/tests/test_observables_complete.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_ssz_corrections_summary",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_observables_complete.py",
      "command": "pytest ssz-metric-final/tests/test_observables_complete.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_mercury_precession",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_perihelion.py",
      "command": "pytest ssz-metric-final/tests/test_perihelion.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_ssz_correction_small",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_perihelion.py",
      "command": "pytest ssz-metric-final/tests/test_perihelion.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_precession_scaling",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_perihelion.py",
      "command": "pytest ssz-metric-final/tests/test_perihelion.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_precession_per_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_perihelion.py",
      "command": "pytest ssz-metric-final/tests/test_perihelion.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_precession_eccentricity_dependence",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_perihelion.py",
      "command": "pytest ssz-metric-final/tests/test_perihelion.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_photon_sphere_exists",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_photon_sphere.py",
      "command": "pytest ssz-metric-final/tests/test_photon_sphere.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_photon_sphere_above_schwarzschild",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_photon_sphere.py",
      "command": "pytest ssz-metric-final/tests/test_photon_sphere.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_photon_sphere_correction_small",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_photon_sphere.py",
      "command": "pytest ssz-metric-final/tests/test_photon_sphere.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_photon_sphere_mass_scaling",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_photon_sphere.py",
      "command": "pytest ssz-metric-final/tests/test_photon_sphere.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_gamma_value",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_beta_value",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_gamma_beta_together",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_far_field_limit",
      "category": "Limit test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_roundtrip_conversion",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_iso_smaller_than_schw",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_multiple_radii",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_sun_deflection",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_deflection_scales_inverse",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_positive_deflection",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_mercury_precession",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_circular_orbit_zero",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_precession_scales_inverse",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_positive_delay",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_delay_magnitude",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_delay_increases_with_mass",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_positive_redshift",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_redshift_decreases_with_r",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_weak_field_approximation",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_speed_less_than_c",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_speed_approaches_c",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_summary_keys",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_summary_values_finite",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_acceptance_criteria_in_summary",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_gamma_beta_mass_independent",
      "category": "Unit/integration test",
      "quantity": "Weak field",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_ppn.py",
      "command": "pytest ssz-metric-final/tests/test_ppn.py -q",
      "meaning": "Checks an implemented aspect of “Weak field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_qnm_positive",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_qnm.py",
      "command": "pytest ssz-metric-final/tests/test_qnm.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_ringdown_time_physical",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_qnm.py",
      "command": "pytest ssz-metric-final/tests/test_qnm.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_qnm_frequency",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_qnm.py",
      "command": "pytest ssz-metric-final/tests/test_qnm.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_qnm_mass_scaling",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_qnm.py",
      "command": "pytest ssz-metric-final/tests/test_qnm.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_qnm_overtones",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASS": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_qnm.py",
      "command": "pytest ssz-metric-final/tests/test_qnm.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_Z_parallel_at_zero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_Z_parallel_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_Z_parallel_bounded",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_U_potential_at_zero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_U_potential_positive_for_large_phi",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_dZ_dphi_at_zero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_dU_dphi_at_zero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_stress_energy_tensor_shape",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_anisotropy_formula",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_stress_energy_zero_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_stress_energy_bounds",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_scalar_eom_source",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_stress_energy_various_values",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_numerical_stability_large_phi",
      "category": "Numerical test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_scalar_action_theory.py",
      "command": "pytest ssz-metric-final/tests/test_scalar_action_theory.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_shadow_coordinate",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_shadow_radius.py",
      "command": "pytest ssz-metric-final/tests/test_shadow_radius.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_shadow_angular",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_shadow_radius.py",
      "command": "pytest ssz-metric-final/tests/test_shadow_radius.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_shadow_sgr_a_star",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_shadow_radius.py",
      "command": "pytest ssz-metric-final/tests/test_shadow_radius.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_shadow_mass_scaling",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_shadow_radius.py",
      "command": "pytest ssz-metric-final/tests/test_shadow_radius.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_shadow_distance_scaling",
      "category": "Unit/integration test",
      "quantity": "Strong field",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/tests/test_shadow_radius.py",
      "command": "pytest ssz-metric-final/tests/test_shadow_radius.py -q",
      "meaning": "Checks an implemented aspect of “Strong field”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_intersection_phi_1",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_intersection_phi_golden",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_A_safe_positive_and_farfield",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_curvature_proxy_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_mirror_blend_smoothness",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_SSZ_vs_GR_values_at_rstar",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_post_newtonian_series",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_metric_tensor_components",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_proper_time_vs_coordinate_time",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-final",
      "test_name": "test_intersection_high_precision",
      "category": "Numerical test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py",
      "command": "pytest ssz-metric-final/viz_ssz_metric/tests/test_mirror_metric.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "06_FINDINGS_G79_CYGNUS_TESTS",
      "category": "Unit/integration test",
      "quantity": "Lensing and observation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/06_FINDINGS_G79_CYGNUS_TESTS.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Lensing and observation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "FINAL_PROJECT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 20,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/FINAL_PROJECT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "SSZ_VALIDATION_SUMMARY_V2",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASSED": 6,
        "PASS": 21
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/SSZ_VALIDATION_SUMMARY_V2.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "VALIDATION_OUTPUTS_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 21,
        "FAIL": 10
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/VALIDATION_OUTPUTS_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_diagonal_form",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/test_diagonal_form.py",
      "command": "pytest ssz-metric-pure/test_diagonal_form.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_geodesics_and_limits",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/test_geodesics_and_limits.py",
      "command": "pytest ssz-metric-pure/test_geodesics_and_limits.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_metric_compatibility",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/test_metric_compatibility.py",
      "command": "pytest ssz-metric-pure/test_metric_compatibility.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "FINAL_COMPLETE_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 7,
        "FAIL": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/reports/FINAL_COMPLETE_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "FINAL_VALIDATION_COMPLETE",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 26
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/reports/FINAL_VALIDATION_COMPLETE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "GEODESICS_VALIDATION_OUTPUT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/reports/GEODESICS_VALIDATION_OUTPUT.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "SSZ_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 12,
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/reports/SSZ_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_horizons_exist",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_kerr.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_ergosphere_larger_than_horizon",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_kerr.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_frame_dragging_nonzero",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_kerr.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_schwarzschild_limit_no_frame_drag",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_kerr.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_schwarzschild_limit_horizons",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_kerr.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_metric_components_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_kerr.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_g_tt_negative_outside_ergosphere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_kerr.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_redshift_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_kerr.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_fast_rotation_still_has_horizons",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_kerr.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_extremal_detection",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_kerr.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_kerr.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_A_positive_everywhere",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_static.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_flatness_at_center",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_static.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_asymptotic_flatness",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_static.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_B_equals_1_over_A",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_static.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_metric_tensor",
      "category": "Symbolic test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_static.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_redshift_positive",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_static.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_escape_velocity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_static.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_validation_checks",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_metric_static.py",
      "command": "pytest ssz-metric-pure/tests/test_metric_static.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_nabla_g_earth_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_sparse_validators.py",
      "command": "pytest ssz-metric-pure/tests/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_nabla_g_earth_intermediate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_sparse_validators.py",
      "command": "pytest ssz-metric-pure/tests/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_nabla_g_sun_weak_field",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_sparse_validators.py",
      "command": "pytest ssz-metric-pure/tests/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_nabla_g_sun_intermediate",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_sparse_validators.py",
      "command": "pytest ssz-metric-pure/tests/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_energy_earth_low_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_sparse_validators.py",
      "command": "pytest ssz-metric-pure/tests/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_energy_earth_high_orbit",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_sparse_validators.py",
      "command": "pytest ssz-metric-pure/tests/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_energy_sun_surface",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_sparse_validators.py",
      "command": "pytest ssz-metric-pure/tests/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_energy_sun_corona",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_sparse_validators.py",
      "command": "pytest ssz-metric-pure/tests/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_nabla_g_different_samples",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_sparse_validators.py",
      "command": "pytest ssz-metric-pure/tests/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_energy_different_steps",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_sparse_validators.py",
      "command": "pytest ssz-metric-pure/tests/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_energy_different_dlam",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "FAILED": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_sparse_validators.py",
      "command": "pytest ssz-metric-pure/tests/test_sparse_validators.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_gps_satellite_redshift",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_validation_ssz_calibrated.py",
      "command": "pytest ssz-metric-pure/tests/test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_pound_rebka_harvard_tower",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_validation_ssz_calibrated.py",
      "command": "pytest ssz-metric-pure/tests/test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_mountain_1km",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_validation_ssz_calibrated.py",
      "command": "pytest ssz-metric-pure/tests/test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_asymptotic_flatness",
      "category": "Limit test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_validation_ssz_calibrated.py",
      "command": "pytest ssz-metric-pure/tests/test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-metric-pure",
      "test_name": "test_trapz_vs_simps",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": {
        "PASS": 2,
        "PASSED": 6,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-metric-pure/tests/test_validation_ssz_calibrated.py",
      "command": "pytest ssz-metric-pure/tests/test_validation_ssz_calibrated.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "generate_all_test_repo_plots",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/generate_all_test_repo_plots.py",
      "command": "pytest ssz-paper-plots/generate_all_test_repo_plots.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "generate_all_test_repo_plots_complete",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/generate_all_test_repo_plots_complete.py",
      "command": "pytest ssz-paper-plots/generate_all_test_repo_plots_complete.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_chi_squared_split",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/test_chi_squared_split.py",
      "command": "pytest ssz-paper-plots/test_chi_squared_split.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_data_files",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "SKIPPED": 2,
        "FAILED": 2,
        "PASSED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/test_standalone.py",
      "command": "pytest ssz-paper-plots/test_standalone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_dependencies",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "SKIPPED": 2,
        "FAILED": 2,
        "PASSED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/test_standalone.py",
      "command": "pytest ssz-paper-plots/test_standalone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_data_loading",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "SKIPPED": 2,
        "FAILED": 2,
        "PASSED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/test_standalone.py",
      "command": "pytest ssz-paper-plots/test_standalone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_plot_generation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 1,
        "SKIPPED": 2,
        "FAILED": 2,
        "PASSED": 4,
        "PASS": 1,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/test_standalone.py",
      "command": "pytest ssz-paper-plots/test_standalone.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_find_data_directory",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 7,
        "PASSED": 7,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/tests/test_data_loading.py",
      "command": "pytest ssz-paper-plots/tests/test_data_loading.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_load_temperatures",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 7,
        "PASSED": 7,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/tests/test_data_loading.py",
      "command": "pytest ssz-paper-plots/tests/test_data_loading.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_load_nh3_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 7,
        "PASSED": 7,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/tests/test_data_loading.py",
      "command": "pytest ssz-paper-plots/tests/test_data_loading.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_load_gamma_profile",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 7,
        "PASSED": 7,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/tests/test_data_loading.py",
      "command": "pytest ssz-paper-plots/tests/test_data_loading.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_load_radio_predictions",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 7,
        "PASSED": 7,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/tests/test_data_loading.py",
      "command": "pytest ssz-paper-plots/tests/test_data_loading.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_data_consistency",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 2,
        "FAILED": 7,
        "PASSED": 7,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/tests/test_data_loading.py",
      "command": "pytest ssz-paper-plots/tests/test_data_loading.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_piecewise_fit",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/tests/test_model_comparison.py",
      "command": "pytest ssz-paper-plots/tests/test_model_comparison.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_model_compatibility",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 3
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/tests/test_model_comparison.py",
      "command": "pytest ssz-paper-plots/tests/test_model_comparison.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_plot_generation_basic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAILED": 4,
        "FAIL": 2,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/tests/test_plot_generation.py",
      "command": "pytest ssz-paper-plots/tests/test_plot_generation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_multiple_plots",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAILED": 4,
        "FAIL": 2,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/tests/test_plot_generation.py",
      "command": "pytest ssz-paper-plots/tests/test_plot_generation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_plot_dimensions",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 5,
        "FAILED": 4,
        "FAIL": 2,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/tests/test_plot_generation.py",
      "command": "pytest ssz-paper-plots/tests/test_plot_generation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-paper-plots",
      "test_name": "test_sharp_break_location",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-paper-plots/tests/test_sharp_break.py",
      "command": "pytest ssz-paper-plots/tests/test_sharp_break.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "COMPLETE_PROJECT_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/COMPLETE_PROJECT_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "COMPLETE_PROJECT_REPORT_DE",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 8,
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/COMPLETE_PROJECT_REPORT_DE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "FINAL_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASS": 2,
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/FINAL_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "FINAL_REPORT_DE",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/FINAL_REPORT_DE.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "PAPER_D_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1,
        "FAILED": 1,
        "PASS": 41
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/PAPER_D_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "SSZ_QUBITS_CORRECTION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 7
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/SSZ_QUBITS_CORRECTION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "comprehensive_test",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/comprehensive_test.py",
      "command": "pytest ssz-qubits/comprehensive_test.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "run_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 10,
        "FAILED": 10,
        "PASS": 3,
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/run_tests.py",
      "command": "pytest ssz-qubits/run_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_corrections",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/test_corrections.py",
      "command": "pytest ssz-qubits/test_corrections.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_paper_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/test_paper_consistency.py",
      "command": "pytest ssz-qubits/test_paper_consistency.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_very_small_radius",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_very_large_radius",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_radius_at_schwarzschild",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_zero_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_solar_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_black_hole_mass",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_identical_qubits",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_very_distant_qubits",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_negative_coordinates",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_underground_qubit",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_float_precision_xi",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_time_dilation_precision",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_gradient_numerical_vs_analytical",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_edge_cases.py",
      "command": "pytest ssz-qubits/tests/test_edge_cases.py -q",
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    {
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    {
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    {
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    },
    {
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    },
    {
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    },
    {
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    {
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    },
    {
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    },
    {
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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    {
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      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_paper_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_a_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_approximation_validity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_a_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_is_linear",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_a_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_scaling_constant",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_a_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_closed_form_works",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_a_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_direct_fails",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_a_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_stability_demonstrated",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_a_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_zone_width_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_a_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_zone_width_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_a_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_half_width",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_a_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_unity_for_small_delta_xi",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_a_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAIL": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_a_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_a_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_phase_drift_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_phase_drift_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_zone_width_at_1e18",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_zone_width_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_frequency_ratio",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_ratio_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_compensation_possible",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_deterministic_compensation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_cross_zone_drift_value",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_drift_above_falsification_threshold",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_height_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_frequency_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_time_linearity",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_ssz_is_deterministic",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_ssz_is_monotonic_in_height",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_ssz_scales_with_omega",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_phase_precision_achievable",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_height_precision_achievable",
      "category": "Numerical test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_paper_c_module_imports",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_c_support.py",
      "command": "pytest ssz-qubits/tests/test_paper_c_support.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_schwarzschild_radius_earth",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_d_validation.py",
      "command": "pytest ssz-qubits/tests/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_xi_formula_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_d_validation.py",
      "command": "pytest ssz-qubits/tests/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_xi_at_earth_surface",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_d_validation.py",
      "command": "pytest ssz-qubits/tests/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_xi_dimensionless",
      "category": "Dimensional check",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_d_validation.py",
      "command": "pytest ssz-qubits/tests/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_d_ssz_formula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_d_validation.py",
      "command": "pytest ssz-qubits/tests/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_d_ssz_at_earth_surface",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_d_validation.py",
      "command": "pytest ssz-qubits/tests/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_gr_consistency_weak_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_d_validation.py",
      "command": "pytest ssz-qubits/tests/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_gr_taylor_expansion",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 32,
        "FAILED": 3,
        "FAIL": 1,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_d_validation.py",
      "command": "pytest ssz-qubits/tests/test_paper_d_validation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-qubits",
      "test_name": "test_delta_d_formula",
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    {
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    {
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    {
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    },
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    },
    {
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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    },
    {
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        "FAIL": 1,
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      },
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      "tolerance": "from implementation/fixture",
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    },
    {
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        "FAIL": 1,
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      "tolerance": "from implementation/fixture",
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    },
    {
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        "FAIL": 1,
        "PASSED": 1
      },
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      "tolerance": "from implementation/fixture",
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    },
    {
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        "FAIL": 1,
        "PASSED": 1
      },
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      "tolerance": "from implementation/fixture",
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    },
    {
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        "PASSED": 1
      },
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "FAIL": 1,
        "PASSED": 1
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-qubits/tests/test_paper_d_validation.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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        "PASSED": 1
      },
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      "tolerance": "from implementation/fixture",
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    },
    {
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      },
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    },
    {
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        "FAIL": 1,
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      },
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    },
    {
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      },
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    },
    {
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        "FAIL": 1,
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      },
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      "tolerance": "from implementation/fixture",
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    },
    {
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    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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    },
    {
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    },
    {
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_other_potentials.py",
      "command": "pytest ssz-radial-scaling/tests/test_other_potentials.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-radial-scaling",
      "test_name": "test_s_morse_abweicht_staerker_als_coulomb",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_other_potentials.py",
      "command": "pytest ssz-radial-scaling/tests/test_other_potentials.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-radial-scaling",
      "test_name": "test_no_time_parameter_needed",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_tise_no_tdse.py",
      "command": "pytest ssz-radial-scaling/tests/test_tise_no_tdse.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-radial-scaling",
      "test_name": "test_effective_1d_potential_is_regular",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_tise_no_tdse.py",
      "command": "pytest ssz-radial-scaling/tests/test_tise_no_tdse.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-radial-scaling",
      "test_name": "test_rsg_coordinate_transform",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_tise_no_tdse.py",
      "command": "pytest ssz-radial-scaling/tests/test_tise_no_tdse.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-radial-scaling",
      "test_name": "test_tise_solution_n1_to_n5",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_tise_no_tdse.py",
      "command": "pytest ssz-radial-scaling/tests/test_tise_no_tdse.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-radial-scaling",
      "test_name": "test_phase_quantization_condition",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_tise_no_tdse.py",
      "command": "pytest ssz-radial-scaling/tests/test_tise_no_tdse.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-radial-scaling",
      "test_name": "test_langer_makes_wkb_exact",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_tise_no_tdse.py",
      "command": "pytest ssz-radial-scaling/tests/test_tise_no_tdse.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-radial-scaling",
      "test_name": "test_phase_balance_is_exact_integer_multiples",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_tise_no_tdse.py",
      "command": "pytest ssz-radial-scaling/tests/test_tise_no_tdse.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-radial-scaling",
      "test_name": "test_action_monotone_with_energy",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_tise_no_tdse.py",
      "command": "pytest ssz-radial-scaling/tests/test_tise_no_tdse.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-radial-scaling",
      "test_name": "test_action_quantization_steps",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_tise_no_tdse.py",
      "command": "pytest ssz-radial-scaling/tests/test_tise_no_tdse.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-radial-scaling",
      "test_name": "test_tdse_phase_is_purely_temporal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_tise_no_tdse.py",
      "command": "pytest ssz-radial-scaling/tests/test_tise_no_tdse.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-radial-scaling",
      "test_name": "test_rsg_classical_region_is_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-radial-scaling/tests/test_tise_no_tdse.py",
      "command": "pytest ssz-radial-scaling/tests/test_tise_no_tdse.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "SSZ_MATHEMATICAL_VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 16
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/SSZ_MATHEMATICAL_VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "run_all_ssz_tests",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 7,
        "FAILED": 2
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/run_all_ssz_tests.py",
      "command": "pytest ssz-schumann/run_all_ssz_tests.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "FINAL_REPORT",
      "category": "Unit/integration test",
      "quantity": "Other research artefacts",
      "result": {
        "PASSED": 14,
        "PASS": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/docs/FINAL_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Other research artefacts”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 85,
        "FAILED": 1,
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/docs/TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "TEST_REPORT_2025-12-08",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 16,
        "PASSED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/docs/TEST_REPORT_2025-12-08.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_results",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 63
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/docs/test_results.txt",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "validation_results",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 17,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/output/validation/run_20251208_045602/validation_results.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "VALIDATION_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 6,
        "PASSED": 2,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/output/validation/run_20251208_045657/VALIDATION_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "validation_results",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 17,
        "FAILED": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/output/validation/run_20251208_045657/validation_results.json",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_mathematical_consistency",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 10,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_gamma_seg_transfer.py",
      "command": "pytest ssz-schumann/scripts/test_gamma_seg_transfer.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_g79_predictions",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 10,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_gamma_seg_transfer.py",
      "command": "pytest ssz-schumann/scripts/test_gamma_seg_transfer.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_nicer_application",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 10,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_gamma_seg_transfer.py",
      "command": "pytest ssz-schumann/scripts/test_gamma_seg_transfer.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_gw_application",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 10,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_gamma_seg_transfer.py",
      "command": "pytest ssz-schumann/scripts/test_gamma_seg_transfer.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_scaling_relation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 10,
        "FAILED": 6
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_gamma_seg_transfer.py",
      "command": "pytest ssz-schumann/scripts/test_gamma_seg_transfer.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_realistic_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_realistic_data.py",
      "command": "pytest ssz-schumann/scripts/test_realistic_data.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_44_percent_prediction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 35,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_ssz_correct_predictions.py",
      "command": "pytest ssz-schumann/scripts/test_ssz_correct_predictions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_universal_crossover",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 35,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_ssz_correct_predictions.py",
      "command": "pytest ssz-schumann/scripts/test_ssz_correct_predictions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_horizon_behavior",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 35,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_ssz_correct_predictions.py",
      "command": "pytest ssz-schumann/scripts/test_ssz_correct_predictions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_g79_nebula",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 35,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_ssz_correct_predictions.py",
      "command": "pytest ssz-schumann/scripts/test_ssz_correct_predictions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_segment_saturation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 35,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_ssz_correct_predictions.py",
      "command": "pytest ssz-schumann/scripts/test_ssz_correct_predictions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_earth_schumann",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 35,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_ssz_correct_predictions.py",
      "command": "pytest ssz-schumann/scripts/test_ssz_correct_predictions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_scaling_comparison",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 35,
        "FAILED": 9
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_ssz_correct_predictions.py",
      "command": "pytest ssz-schumann/scripts/test_ssz_correct_predictions.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_nicer_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_ssz_expected_regimes.py",
      "command": "pytest ssz-schumann/scripts/test_ssz_expected_regimes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_gw_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_ssz_expected_regimes.py",
      "command": "pytest ssz-schumann/scripts/test_ssz_expected_regimes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_feka_regime",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_ssz_expected_regimes.py",
      "command": "pytest ssz-schumann/scripts/test_ssz_expected_regimes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_scaling_across_regimes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_ssz_expected_regimes.py",
      "command": "pytest ssz-schumann/scripts/test_ssz_expected_regimes.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_object",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 6,
        "FAILED": 5
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/scripts/test_ssz_full_scale.py",
      "command": "pytest ssz-schumann/scripts/test_ssz_full_scale.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_end_to_end.py",
      "command": "pytest ssz-schumann/tests/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_end_to_end.py",
      "command": "pytest ssz-schumann/tests/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_end_to_end.py",
      "command": "pytest ssz-schumann/tests/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_end_to_end.py",
      "command": "pytest ssz-schumann/tests/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_end_to_end.py",
      "command": "pytest ssz-schumann/tests/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_end_to_end.py",
      "command": "pytest ssz-schumann/tests/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Data comparison",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_end_to_end.py",
      "command": "pytest ssz-schumann/tests/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_end_to_end.py",
      "command": "pytest ssz-schumann/tests/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_end_to_end.py",
      "command": "pytest ssz-schumann/tests/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_end_to_end.py",
      "command": "pytest ssz-schumann/tests/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_run_analysis_pipeline",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_end_to_end.py",
      "command": "pytest ssz-schumann/tests/test_end_to_end.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_default_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_layers_property",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_total_weight",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_normalize_weights",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_D_SSZ_no_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_D_SSZ_ionosphere_only",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_D_SSZ_all_layers",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_D_SSZ_from_sigmas_function",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_effective_delta_seg",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_f_n_classical_mode1",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_f_n_classical_mode2",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_f_n_classical_mode3",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_f_n_ssz_layered_no_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_f_n_ssz_layered_with_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_relative_shift_uniform",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_phi_segment_density_ssz_core",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_phi_segment_density_linear",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_sigma_from_phi_ratio_no_difference",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_sigma_from_phi_ratio_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_create_phi_based_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_sigma_iono_from_proxy_constant",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_sigma_iono_from_proxy_varying",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_f_n_ssz_timeseries",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_f_n_ssz_timeseries_pandas",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_zero_segmentation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_layered_ssz.py",
      "command": "pytest ssz-schumann/tests/test_layered_ssz.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    },
    {
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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    },
    {
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    {
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    {
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    {
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    },
    {
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    },
    {
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        "FAILED": 1
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    },
    {
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    {
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    {
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    },
    {
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    },
    {
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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    },
    {
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_models.py",
      "command": "pytest ssz-schumann/tests/test_models.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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        "FAILED": 1
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      "file": "physics/ssz-schumann/tests/test_models.py",
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    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
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    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
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    },
    {
      "repository": "ssz-schumann",
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "quantity": "Tests and validation",
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      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
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      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_increased_b_field",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_typical_quiet_sun",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_active_sun",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_geomagnetic_storm",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_height_variation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_reference_state_matches_classical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_mode_independence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_predict_signature_returns_dict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_grid_shape",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_range_is_finite",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_default_params",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_custom_params",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_physical_ssz.py",
      "command": "pytest ssz-schumann/tests/test_physical_ssz.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_f_n_classical_extended_default",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_f_n_classical_extended_height_effect",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_f_n_classical_with_latitude",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_f_n_classical_diurnal",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_extended_mode_ratios",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_invalid_parameters",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_load_synthetic_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_schema_validation",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_synthetic_data_has_true_delta_seg",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_get_frequency_dict",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_pipeline_default_config",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_pipeline_result_summary",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_quick_analysis",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_real_data_loader_not_implemented",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_load_from_csv_path",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_compute_relative_shifts",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_check_mode_independence_ssz",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_check_mode_independence_dispersive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_delta_seg_with_confidence",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_detect_dispersion_pattern",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_generate_diagnostic_report",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_full_workflow",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/test_t1_t4_implementation.py",
      "command": "pytest ssz-schumann/tests/test_t1_t4_implementation.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_load_csv_schumann",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/data/test_real_loaders.py",
      "command": "pytest ssz-schumann/tests/data/test_real_loaders.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_validate_schumann_data",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/data/test_real_loaders.py",
      "command": "pytest ssz-schumann/tests/data/test_real_loaders.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_convert_to_standard_format",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/data/test_real_loaders.py",
      "command": "pytest ssz-schumann/tests/data/test_real_loaders.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_missing_file_error",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/data/test_real_loaders.py",
      "command": "pytest ssz-schumann/tests/data/test_real_loaders.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_missing_column_error",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/data/test_real_loaders.py",
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      "command": "pytest ssz-schumann/tests/hamtools/test_hamtools.py -q",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_skip_distance_above_critical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/hamtools/test_hamtools.py",
      "command": "pytest ssz-schumann/tests/hamtools/test_hamtools.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_d_ssz_from_delta",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/hamtools/test_hamtools.py",
      "command": "pytest ssz-schumann/tests/hamtools/test_hamtools.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_effective_c_reduced",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/hamtools/test_hamtools.py",
      "command": "pytest ssz-schumann/tests/hamtools/test_hamtools.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_ssz_lambda_shorter",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/hamtools/test_hamtools.py",
      "command": "pytest ssz-schumann/tests/hamtools/test_hamtools.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_ssz_effect_proportional",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/hamtools/test_hamtools.py",
      "command": "pytest ssz-schumann/tests/hamtools/test_hamtools.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_ssz_effect_scales",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/hamtools/test_hamtools.py",
      "command": "pytest ssz-schumann/tests/hamtools/test_hamtools.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_zero_delta_no_effect",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/hamtools/test_hamtools.py",
      "command": "pytest ssz-schumann/tests/hamtools/test_hamtools.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_ssz_skip_distance",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/hamtools/test_hamtools.py",
      "command": "pytest ssz-schumann/tests/hamtools/test_hamtools.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_antenna_uses_correct_wavelength",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/hamtools/test_hamtools.py",
      "command": "pytest ssz-schumann/tests/hamtools/test_hamtools.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-schumann",
      "test_name": "test_ssz_antenna_correction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "SKIP": 8
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-schumann/tests/hamtools/test_hamtools.py",
      "command": "pytest ssz-schumann/tests/hamtools/test_hamtools.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_invalid_status_value_is_rejected",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_gate_hardening.py",
      "command": "pytest ssz-theory-readiness/tests/test_gate_hardening.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_inconsistent_closed_states_are_rejected",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_gate_hardening.py",
      "command": "pytest ssz-theory-readiness/tests/test_gate_hardening.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_decisions_and_claims_have_traceability_fields",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_gate_hardening.py",
      "command": "pytest ssz-theory-readiness/tests/test_gate_hardening.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_unknown_claim_class_is_rejected",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_gate_hardening.py",
      "command": "pytest ssz-theory-readiness/tests/test_gate_hardening.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_release_candidate_is_a_valid_distinct_profile",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_gate_hardening.py",
      "command": "pytest ssz-theory-readiness/tests/test_gate_hardening.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_release_candidate_is_not_frozen",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_gate_hardening.py",
      "command": "pytest ssz-theory-readiness/tests/test_gate_hardening.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_schema_and_python_state_enums_match",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_gate_hardening.py",
      "command": "pytest ssz-theory-readiness/tests/test_gate_hardening.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_frozen_state_allows_preregistered_untested_prediction",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_gate_hardening.py",
      "command": "pytest ssz-theory-readiness/tests/test_gate_hardening.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_schema_rejects_undeclared_property",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_gate_hardening.py",
      "command": "pytest ssz-theory-readiness/tests/test_gate_hardening.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_manifest_is_local_and_non_empirical",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_readiness.py",
      "command": "pytest ssz-theory-readiness/tests/test_readiness.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_normative_spec_does_not_hide_open_questions",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_readiness.py",
      "command": "pytest ssz-theory-readiness/tests/test_readiness.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_manifest_validator_passes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_readiness.py",
      "command": "pytest ssz-theory-readiness/tests/test_readiness.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_matrix_has_sixteen_auditable_points",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_readiness_16_point_matrix.py",
      "command": "pytest ssz-theory-readiness/tests/test_readiness_16_point_matrix.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_complete_mode_fails_until_scientific_gates_close",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_readiness_16_point_matrix.py",
      "command": "pytest ssz-theory-readiness/tests/test_readiness_16_point_matrix.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_readiness_audit_passes",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_readiness_extended.py",
      "command": "pytest ssz-theory-readiness/tests/test_readiness_extended.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_negative_control_register_is_nonempty",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_readiness_extended.py",
      "command": "pytest ssz-theory-readiness/tests/test_readiness_extended.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_negative_controls_are_executable",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_readiness_extended.py",
      "command": "pytest ssz-theory-readiness/tests/test_readiness_extended.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_profile_register_is_explicit",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_readiness_extended.py",
      "command": "pytest ssz-theory-readiness/tests/test_readiness_extended.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_freeze_manifest_has_immutable_tree_metadata",
      "category": "Data comparison",
      "quantity": "Tests and validation",
      "result": {
        "PASS": 1
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_readiness_extended.py",
      "command": "pytest ssz-theory-readiness/tests/test_readiness_extended.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-theory-readiness",
      "test_name": "test_verified_sources_are_repo_relative_and_bundled",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-theory-readiness/tests/test_source_portability.py",
      "command": "pytest ssz-theory-readiness/tests/test_source_portability.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "TEST_REPORT",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": {
        "PASSED": 2,
        "FAILED": 2,
        "SKIPPED": 1,
        "PASS": 64
      },
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/reports/TEST_REPORT.md",
      "command": "see result artefact",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_small_b_jumps",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_analysis.py",
      "command": "pytest ssz-trajectories/tests/test_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_b50_jumps",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_analysis.py",
      "command": "pytest ssz-trajectories/tests/test_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_b80_jumps",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_analysis.py",
      "command": "pytest ssz-trajectories/tests/test_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_large_b_no_jumps",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_analysis.py",
      "command": "pytest ssz-trajectories/tests/test_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_phi_total_positive",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_analysis.py",
      "command": "pytest ssz-trajectories/tests/test_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_r_range",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_analysis.py",
      "command": "pytest ssz-trajectories/tests/test_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_is_dphi_minus_pi",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_analysis.py",
      "command": "pytest ssz-trajectories/tests/test_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_positive_deep_orbit",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_analysis.py",
      "command": "pytest ssz-trajectories/tests/test_analysis.py -q",
      "meaning": "Checks an implemented aspect of “Tests and validation”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_increases_below_barrier",
      "category": "Unit/integration test",
      "quantity": "Tests and validation",
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    },
    {
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    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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    },
    {
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    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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    },
    {
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    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
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      "does_not_prove": "A software test is not empirical confirmation by nature."
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    {
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      "tolerance": "from implementation/fixture",
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    {
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    {
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    {
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    {
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    {
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    },
    {
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    {
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    {
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    {
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    {
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    {
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    {
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    },
    {
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    {
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      "tolerance": "from implementation/fixture",
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      "tolerance": "from implementation/fixture",
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    },
    {
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      "tolerance": "from implementation/fixture",
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    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_strong_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_weak_regime",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_discontinuity_at_100",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_pure_strong",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_pure_weak",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_smooth_in_blend",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_c2_continuity",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_monotone_decreasing_in_blend",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_D_at_rs",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_D_range",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_s_inverse_of_D",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_positive_in_strong",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    },
    {
      "repository": "ssz-trajectories",
      "test_name": "test_finite",
      "category": "Unit/integration test",
      "quantity": "Metric and geometry",
      "result": "PASS/FAIL is determined by a reproduced run",
      "status": "catalogued",
      "tolerance": "from implementation/fixture",
      "file": "physics/ssz-trajectories/tests/test_xi.py",
      "command": "pytest ssz-trajectories/tests/test_xi.py -q",
      "meaning": "Checks an implemented aspect of “Metric and geometry”.",
      "does_not_prove": "A software test is not empirical confirmation by nature."
    }
  ]
}