Native qualification with the rounded source installed
The physical and trained-source components have passed their separate six-source qualifications. Local integration checks pass all six model/processing cases, preserving reference centers, coefficient matrices and all 51 parameter columns. This new study runs the original full native control matrix.
The candidate replaces only the first-sample force-departure bound with the qualified source factorization. It advances the source streams once per packet, reuses each midpoint for both world-step estimates, retains later force differences, and adds the exact numerical recentering difference to its allowance. No physical model, calibration domain, reference row, common-error coefficient or earlier result changes.
Acceptance and finite work
Reuse all 24 original generated native inputs and original acceptance criteria: 1 micrometre for reference/stationary position, a 0.002 normalized derivative step with 20 micrometres tolerance, and 10 micrometres numerical allowance for nonlinear containment. Every control must complete and pass.
- 24 identities, no retries or optimizer starts.
- At most 78 full native evaluations and 19,632 native packet visits.
- At most 348 complete enclosure bounds.
- At most 30,144 bound steps: 15,072 original world steps plus 15,072 physical midpoint/end source steps.
- Separately reserve at most 348 source setups, 7,536 compiled source-reference steps and 7,536 rounded body bounds before the corresponding enclosure runs.
- Four single-thread workers; four total numerical threads.
- 60 seconds per bound, checked cooperatively; 600 seconds overall.
Freeze source/input/environment/compiler identities. Compile the source-reference kernel and bound arithmetic from frozen inputs; preserve all reservations and failures. Full trajectory evaluations and source-only steps are distinct charges. No aircraft observations or protected ESA records enter this qualification.
Passing permits a separately frozen prediction comparison. It does not establish useful complete error ranges, whole-program floating-point enclosure, calibrated observational coverage or a scientific detection.
Qualified source transfer · Original native controls · Roadmap.