Cantera-Python/PORT_STATUS.json at main · Navronis/Cantera-Python · GitHub

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{
  "status_schema_version": "2.0",
  "generated_from_artifacts": [
    "audit/solver_wave1_summary.json",
    "audit/native_wave1_summary.json",
    "audit/native_oracle_identity.json",
    "audit/wave1_scientific_branch_coverage.json",
    "audit/wave1_rtol_sweep.json",
    "provenance/solver_wave_definitions.json"
  ],
  "status_date": "2026-09-25",
  "pinned_source_commit": "726522be4e2a13454d8415b7ef799d621f665cf3",
  "runtime_native_cantera_dependency": false,
  "PORT_COMPLETE": false,
  "FULL_PORT_COMPLETE": false,
  "disclaimer": "This repository is an unofficial experimental pure-Python reconstruction of Cantera solvers. Full Cantera is NOT complete. Only Solver Wave 1 is published in this release.",
  "published_wave": 1,
  "wave_1_status": {
    "name": "Thermodynamic inverse-state solver foundation",
    "scope": [
      "setState_HP",
      "setState_UV",
      "setState_SP",
      "setState_SV",
      "setState_HPorUV",
      "setState_SPorSV"
    ],
    "SOURCE_ACCOUNTED": true,
    "IMPLEMENTATION_COMPLETE": true,
    "INDEPENDENTLY_VALIDATED": true,
    "ADVERSARIAL_VALIDATED": true,
    "LIVE_PINNED_NATIVE_VALIDATED": true,
    "revalidation_state": "VALIDATION_COMPLETE",
    "total_differential_cases": 4100,
    "parity_success_cases": 4000,
    "parity_failure_cases": 100,
    "mismatches": 0,
    "max_relative_error_temperature": 5.5953e-09,
    "max_relative_error_pressure": 9.6929e-09,
    "max_relative_error_density": 7.7017e-09
  },
  "tests": {
    "test_suite": "tests/",
    "cases_passed": 143,
    "cases_skipped": 6,
    "cases_failed": 0,
    "duration_seconds": 14.6
  }
}