Verify mathematical expressions in M2G-Net code against documentation.
npx skills add https://github.com/Cuki2910/M2G-NET --skill math-checker
Please help me install this Agent Skill. Skill: math-checker Source: https://github.com/Cuki2910/M2G-NET/tree/main/.agents/skills/math-checker Command: npx skills add https://github.com/Cuki2910/M2G-NET --skill math-checker
This Skill helps maintain the accuracy of mathematical implementations in the M2G-Net codebase by independently verifying that code matches documentation.
src/ code against docs/MATHEMATICAL_FORMULAS.md.python scripts/verify_math.py for automated checks.src/fusion.py, src/model.py, src/interaction.py, or src/loss.py to ensure code changes haven't affected the accuracy of the math implementation.Use the math-checker skill to run the independent math verification for the M2G-NET codebase.
High-intent search queries and answers about installing and using this skill.
To verify math correctness in M2G-Net code, execute `python scripts/verify_math.py`. This independently checks your modified `src/` modules against `docs/MATHEMATICAL_FORMULAS.md` to ensure implementation consistency.
Automated math verification checks mathematical expressions in your machine learning codebase against documentation. It ensures that implementations in modules like `src/fusion.py` and `src/model.py` remain accurate and consistent with their formulas.
You need no external dependencies to run math verification for M2G-Net. The process relies solely on executing the standalone `python scripts/verify_math.py` script without context dependency to confirm math correctness.
You should run math implementation checks on your M2G-Net project immediately after modifying core files like `src/fusion.py`, `src/model.py`, `src/interaction.py`, or `src/loss.py`. This ensures code changes have not affected mathematical accuracy.
The best way to ensure code matches mathematical formulas in M2G-Net is using an independent verification script. Running `verify_math.py` directly compares `src/` code implementations against `MATHEMATICAL_FORMULAS.md` documentation.
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