I2 and H0199 audit kit

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I2 + H0199 · audit kit · 3 November 2026

I2 and H0199 audit kit

Reproducibility scaffold — not an audit of actual results.

The supplied scripts passed synthetic software tests only. No Incoprea raw data, original equations, placements or freshly recomputed results were included, so no scientific finding is claimed here.

This kit is ready to apply when the underlying evidence is available. It preserves the original I2 and H0199 findings and supports separate, versioned corrections rather than overwriting them.

What it checks

I2 thermal outputs

Missing and invalid data, duplicate records, units, residuals, MAE, RMSE, bias, uncertainty coverage, comparison with a reference model, and genuine training, validation and holdout partitions.

The generic audit does not rerun the heat equation or establish physical validity. Independent validation still requires the equations, constants, boundary conditions, sensor details and raw measurements.

H0199 witness placement

Duplicate keys, score metadata, saved-versus-recomputed score differences, placement lengths, duplicate positions and ranking changes on matched cases, trials and seeds.

The generic tool does not compute the objective from first principles. The original placement problem, constraints and an independent evaluator are still required.

Recommended order

  1. Resolve H0199 first: recover the exact objective, placements, constraints and saved scores; recompute with an independent evaluator; enumerate small cases where possible.
  2. Then audit I2: freeze the equations and prediction before opening measurements; separate training, validation and held-out data; report uncertainty and competing baseline performance.
  3. Publish any correction as a separate version with the original result, exact diff, cause, impact and remaining limits.

Download and provenance

Download the original audit kit

Frozen source: 8 files, 36,342 bytes. Original archive SHA-256: eca0436e803229204db87c4f9e9232291ae5b1625e0efe73b5ab14f67b16c70c.

Status: tooling and publication guidance only. No independent reproduction, physical experiment, novelty claim or breakthrough is reported.