Skills

Python Model Code Generator

Generate and run minimal reproducible Python modeling code for the human-approved main...

Install

npx skills add zhnnky329/MathModeling-skills --skill python-model-code-generator -g -a claude-code -y
Category
Engineering
Updated
1mo ago
License
MIT
Context cost
Lightabout 632 tokens
Runs scripts
No, instructions only

What it does

Generate and run minimal reproducible Python modeling code for the human-approved main method and usable baseline, saving compact experiment artifacts and a canonical run summary.

Preconditions

  • G2.5 human method choice is recorded in methods/Qx/qx_decisions.jsonl.
  • code/Qx/qx_code_plan.md exists.
  • Required cleaned data and profile exist.
  • The plan targets Python.

Legacy method pools and code/model-code-analyzer.md may be read during migration, but they do not override the human choice.

Workflow

  1. Read the code plan, decision ledger, method card, probe conditions, and data profile.
  2. Confirm scope:
    • one approved main method;
    • one usable baseline;
    • fallback only when an activation decision or evidenced trigger exists.
  3. Generate clear runnable .py files under code/Qx/.
  4. Use project-root-safe paths, fixed seeds, explicit inputs, and minimal justified dependencies.
  5. Save:
    • tables to results/Qx/experiments/roundN/tables/;
    • metrics to .../metrics/;
    • useful diagnostic/comparison figures to .../figures/;
    • canonical run_summary.json.
  6. Evaluate and record output-degeneracy and fallback-trigger metrics required by the plan.
  7. Persist full logs only on failure or when a warning needs reproduction.
  8. Run the code. Do not claim success from code generation alone.
  9. Hand off to code-reviewer.

Script Layout

Prefer the smallest clear layout:

code/Qx/
├── qx_code_plan.md
├── qx_baseline.py
├── qx_main.py
└── run_all.py        # only when coordination is useful

Do not create one script per unapproved candidate. Do not create a README that duplicates the code plan.

Run Summary

Follow the schema in model-code-analyzer. Include:

  • approved decision ID;
  • method IDs and roles;
  • inputs and outputs;
  • seed and environment;
  • execution status and timing;
  • compact metric summaries;
  • output-degeneracy evidence;
  • warnings/errors;
  • fallback-trigger state.

Rules

Read the whole SKILL.md on GitHub

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