Explain mathematical formulas step-by-step with LaTeX and symbol definitions.
npx skills add https://github.com/gyy0592/claude-config --skill math-explain
Please help me install this Agent Skill. Skill: math-explain Source: https://github.com/gyy0592/claude-config/tree/main/skills/math-explain Command: npx skills add https://github.com/gyy0592/claude-config --skill math-explain
Most formula explanations skip steps. The reader is forced to guess why the specialized equation was written down, what the symbols mean, which term drives the behavior, and when the formula breaks. This skill removes that guessing. Every formula that passes through this skill is introduced from its canonical parent, defined completely inline, dissected term by term, bounded by explicit assumptions, and — if it is an approximation — restored to its exact form so the reader sees what was dropped.
where ... is ... block redefining every symbol used.Explain the given formula with a canonical starting point, define all symbols, walk through each term, state assumptions, and cite the original paper location.
High-intent search queries and answers about installing and using this skill.
Step-by-step math derivations with explicit symbol definitions are generated by introducing each formula from its canonical parent, providing a where-block for every symbol, and walking through term-by-term substitutions.
Explaining complex machine learning equations in LaTeX requires rendering inline and display math accurately, explicitly bounding applicability with assumptions, and dissecting each term to show what drives the behavior.
Physics formulas and research paper derivations are fully supported. The process applies a six-item formula checklist to ensure precise derivations, explicit assumptions, and cited paper locations for educational contexts.
To show what terms were dropped from an approximated mathematical expression, the method restores the approximation to its exact canonical form so the reader sees exactly what was omitted during the derivation.
Formula explanations skip steps when specialized equations lack transparent substitutions. To fix missing derivation logic, apply a self-check checklist ensuring canonical-form-first derivations and self-contained symbol blocks after each equation.
This approach works for both single equations and full mathematical concepts. It satisfies a rigorous six-item formula checklist, ensuring LaTeX-accurate rendering and explicit domain restrictions regardless of scope.
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