math-extractor

To extract mathematical logic from source code into LaTeX equations, apply a code analysis skill to your codebase to identify computational routines and generate formal LaTeX representations. The process outputs a Markdown file containing the extracted equations.

The best way to document algorithms for a research paper is to formalize the code's mathematical calculations into LaTeX. This generates a structured math_logic.md file with source references, variable-to-symbol mappings, and reproducible algorithm documentation.

Yes, you can generate LaTeX documentation directly from computational routines by analyzing the codebase for mathematical patterns. The extraction process identifies calculations and translates them into formal LaTeX equations with clear variable mappings.

Yes, the extracted LaTeX output includes references to the original source code. The generated Markdown file contains file paths and line numbers for the identified mathematical logic, ensuring reproducibility and traceability back to the codebase.

To map code variables to formal mathematical symbols for reproducibility, the extraction process generates a clear variable-to-symbol mapping. This mapping is included in the output Markdown file alongside the LaTeX equations and source code references.

Codebases containing computational routines, proofs, or algorithm implementations are suitable for extracting mathematical logic into LaTeX. The extraction identifies mathematical calculations and logical patterns to produce formal representations for documentation.