C4 numerical estimator controls

No model family or nuisance policy is selected here. Exact input and stopping semantics accompany every control.

Full method and records · Model campaign · Inspection hashes

Matched100-step endpoints evaluated with their OWN nuisance-forward policies. Fixed minus native includes both policy and parameter changes.
Matched100-step endpoints evaluated with their OWN nuisance-forward policies. Fixed minus native includes both policy and parameter changes.
The native role estimator supplies a quasi-gradient; different scalar objectives cannot select a scientific model.
The native role estimator supplies a quasi-gradient; different scalar objectives cannot select a scientific model.
Original17-colour conditional optimization; underlying absolute and difference residual stacks on fixed support and denominator.
Original17-colour conditional optimization; underlying absolute and difference residual stacks on fixed support and denominator.
Directional finite differences validate the fixed-nuisance colour-only scalar objective initially; the native moving-nuisance quasi-gradient has different semantics.
Directional finite differences validate the fixed-nuisance colour-only scalar objective initially; the native moving-nuisance quasi-gradient has different semantics.
L-BFGS-B ended ABNORMAL at a precision plateau. No stationary-fit claim.
L-BFGS-B ended ABNORMAL at a precision plateau. No stationary-fit claim.
Conditional17-colour derivative correlations, holding ePSF and WCS fixed.
Conditional17-colour derivative correlations, holding ePSF and WCS fixed.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.
Legacy BP-RP/baseline-amplitude Tmag grid; in-sample numerical control. Relative grid subtracts each spatial-cell population.