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91895bb | 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 | Establish boundary-regime operator and energy closure in the TERPSICHORE-native path
You are given a reduced source snapshot from a TERPSICHORE-style ideal MHD
stability workflow.
The current implementation already supports a simpler baseline stability path,
but the included fixed-boundary reproduction exposes an incomplete capability:
once the problem definition moves from free boundary into progressively more
constrained fixed-boundary settings, the reduced implementation no longer
carries that meaning coherently through coefficient construction,
potential/kinetic operator assembly, and interval/scalar energy diagnostics.
Inspect the source and run:
python reproduce.py
The reproduction writes the observed boundary profiles, interval quantities,
and adjacent-regime contrasts under `outputs/`. The command returns nonzero
if those observations are empty, incomplete, or non-finite; it does not apply
verifier-only boundary-regime thresholds.
Your task is to complete the implementation so that a ladder of boundary
regimes is handled consistently through the full reduced capability chain.
The intended capability chain is:
boundary problem definition -> interval-wise boundary response -> coefficient tensors -> potential/kinetic operator blocks -> interval energy -> scalar interpretation
Do not hard-code:
- the included boundary ladder;
- a single list of expected numbers;
- only the final growth-rate-like scalar;
- only one matrix block while leaving the interval-energy path inconsistent.
Do not bypass the coefficient/operator path by writing directly into the final
report. The implementation should support the general boundary-regime workflow
represented by the supplied task.
Internet access is not available during evaluation.
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