provenance.json

{
  "title": "Responding spatial count patterns: scientific provenance",
  "version": 1,
  "article": {
    "sha256": "a8a59a272a562300f4447f223ffd0d4c3bae3a05ecaecbb2442940cbbd7126f0",
    "byte_count": 42215,
    "scope": "Original 18 October article, before the later current-interpretation paragraph; historical equation and execution provenance."
  },
  "new_public_checker": {
    "path": "check.py",
    "sha256": "9ff6c6b6147d2afed7eb17f6550550a1d4f1138b6b784004cdeb1a253171d4db",
    "byte_count": 7786,
    "results_path": "results.json",
    "results": {
      "sha256": "339a9f396a51deb048ab6b2b299d9057932de402a605a8eef9b3f190e0dac239",
      "byte_count": 4151
    },
    "assertions": 92,
    "requirements": "Python 3 standard library",
    "command": "python3 -B check.py --output results.json",
    "scope": "Exact rational substitutions for both-sign complete rotating identity with response complement, neutral squares and radial source signs, cap factors, fourteen count labels; numerical evaluation of the analytic invariant transfer solution, complete energy and charge and nonzero boundary velocity.",
    "excluded_scope": [
      "Original 1567/366/530/152 suites",
      "105 spatial quadratures",
      "full nonlinear encounter integration",
      "gradient-response evolution",
      "empirical validation"
    ]
  },
  "historical_scientific_evidence": [
    {
      "scientific_label": "signed-source construction",
      "executed_code": {
        "sha256": "2eaf5d3dc59cab2a558fc0390512e956ecfd993d6b824230745d8075d26ffbc7",
        "byte_count": 11983
      },
      "executed_results": {
        "sha256": "bfb4cc54b0b10458ad73ec0111d2e95b7035a7fe1b0011a509ad6760618804b1",
        "byte_count": 77749
      },
      "assertions": 1567,
      "execution_relation": "Historical accepted execution and unchanged replay, as recorded in the scientific disposition. Not rerun by the new scoped checker."
    },
    {
      "scientific_label": "density-source construction",
      "executed_code": {
        "sha256": "1ebc405cf644e4c1e1b36aeb563f11c8df044e79216d32e283f01938c1884c5c",
        "byte_count": 11905
      },
      "executed_results": {
        "sha256": "45e93d2bf2447b5b8a2ab393c72b67a2f362c749adccf0e2bf18861f54c0747b",
        "byte_count": 56268
      },
      "assertions": 366,
      "execution_relation": "Historical accepted execution and unchanged replay, as recorded in the scientific disposition. Not rerun by the new scoped checker."
    },
    {
      "scientific_label": "governing scientific comparison",
      "executed_code": {
        "sha256": "232bb1f4ccd55a19514aa0632577762ca29d762445586dc7d0c69662b2764550",
        "byte_count": 13645
      },
      "executed_results": {
        "sha256": "f6a5bf54f3d49bfac510c1f50ca241284f8b92f5f7c4460d00b5a29c7f0a57b1",
        "byte_count": 39982
      },
      "assertions": 530,
      "execution_relation": "Historical accepted execution and unchanged replay, as recorded in the scientific disposition. Not rerun by the new scoped checker."
    },
    {
      "scientific_label": "independent bounded backcheck",
      "executed_code": {
        "sha256": "4bebf19b9268cda10828968bf481504e2bc6f972656ea2f09afce61d991dbe85",
        "byte_count": 8500
      },
      "executed_results": {
        "sha256": "01a9f93fe336bd18058d6c40487f14364368bf85e919c34d839ae7c03e2d425d",
        "byte_count": 16408
      },
      "assertions": 152,
      "execution_relation": "Historical accepted execution and unchanged replay, as recorded in the scientific disposition. Not rerun by the new scoped checker."
    }
  ],
  "historical_overlap_scope": "105 actual supported normalized-density overlaps at the specified separation, independently recomputed with maximum difference 5.723199691942682e-14; not every geometry.",
  "interpretation": "Finite mathematical evidence supports the analytic derivations; no observed lifetime, physical particle identification or empirical dimension selection follows."
}