Skills

Matlab Code Reviewer

Review, run, debug, and verify approved MATLAB or Beita Tianyuan modeling code against...

Install

npx skills add zhnnky329/MathModeling-skills --skill matlab-code-reviewer -g -a claude-code -y
Category
Testing
Updated
1mo ago
License
MIT
Context cost
Lightabout 418 tokens
Runs scripts
No, instructions only

What it does

Review, run, debug, and verify approved MATLAB or Beita Tianyuan modeling code against its plan, data contract, method decision, compatibility constraints, and experiment outputs, saving one compact JSON review.

Preconditions

  • MATLAB code and code/matlab/Qx/qx_code_plan.md exist.
  • Approved decision, method card, data profile, and run summary are available.
  • MATLAB or 北太天元 runtime availability is known.

Workflow

  1. Resolve approved main/baseline scope and any activated fallback.
  2. Inspect and run the code when a compatible runtime is available.
  3. Evaluate:
    • syntax
    • input_contract
    • method_alignment
    • reproducibility
    • output_contract
  4. Include compatibility evidence for toolbox usage, jsonencode, file I/O, plotting/export, and 北太天元 constraints.
  5. Add only relevant numerical, feasibility, leakage, or scale checks.
  6. If runtime is unavailable, use NOT_RUN rather than claiming execution success.
  7. If asked to fix findings, patch minimally and rerun affected checks.
  8. Save code/matlab/Qx/reviews/qx_matlab_review.json.

Review Schema

Use the same schema as python-code-reviewer, with:

  • "language": "matlab"
  • runtime
  • compatibility_target
  • optional compatibility check

Required named checks use PASS, FAIL, or justified NOT_APPLICABLE. Runtime-dependent checks use NOT_RUN when execution was impossible; this blocks G3 until executed.

Rules

  • Do not pad pass items.
  • Do not fabricate MATLAB/北太天元 execution.
  • Do not approve unavailable toolbox dependencies without an explicit target exception.
  • Do not change the mathematical model silently.
  • Do not require a duplicate Markdown review.

Verification

  • Approved main and baseline scope is enforced.
  • Compatibility constraints are checked.
  • Run summary and outputs agree.
  • Verdict follows required check statuses and runtime evidence.

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