菜单
Check Radia application-block settings against each DesignSpec and calc CLI to catch silently dropped parameters, unknown flags, and defaults that bypass the Simulink configuration. Use with simulink-app-health after changing a block, DesignSpec, or calc_TOPIC.py parser.
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
Four-machine Radia release gate. Use when the user asks for release-qud, release_quad, release_qud, post-release deploy, GitHub Release publication, or the Definition Of Done for Radia releases. Coordinates PyPI and Simulink release candidates across LAB, 100号機, mdx, and hibino via tools/release_qud.py.
Publish Radia's Simulink application library after verifying its five application blocks and tracked MATLAB-only samples. Use simulink-app-health before deploy/release-qud; Cubit's toolbar remains a separate deployment surface.
Verify Radia's production Simulink application blocks for EM, PCB, Motor, Stream Function, and IH. Use after changing buildLibrary, applicationSFunction, runApplication, application.py, a DesignSpec/calc script, the application interface manifest, or the tracked Simulink library; also use when a block does not run or leaves incomplete artifacts.
Take inventory of the radia package's proprietary Python and pybind API surface, classify API families under the Reduce Proprietary API Surface policy, and produce a committed audit plus phased reduction plan. Use after public API changes, before deprecation work, or for periodic read-only surface audits.
Historical deploy notes. Current Radia deploy/release uses release-qud plus cubit-plugin-install; do not follow old .ccl/Cubit-2025.3 recipes except for archaeology.
Verify GMSH .geo + .msh files generated by Radia panels BEFORE opening in the GUI. Catches invalid options (Mesh.Volumes), duplicate element IDs, missing Merge targets, node count mismatches. Run AFTER any calc_*.py edit that touches GMSH export, BEFORE clicking Open GMSH.
| name | panel-cli-diff |
| description | Check Radia application-block settings against each DesignSpec and calc CLI to catch silently dropped parameters, unknown flags, and defaults that bypass the Simulink configuration. Use with simulink-app-health after changing a block, DesignSpec, or calc_TOPIC.py parser. |
Trace every public setting through this chain:
masked Simulink block
-> versioned application config JSON
-> DesignSpec
-> DesignSpec.build_command()
-> calc_<topic>.py argparse
Report settings dropped between layers, emitted flags absent from argparse, argparse knobs unreachable through the DesignSpec, conflicting defaults, and implicit solver switches.
Run:
python tools/audit_new_panel_contract.py
python -m pytest tests/test_simulink_application.py -q
Then run simulink-app-health. No application keeps a notebook production
adapter; docs notebooks are checked separately by ipynb-gui-health.