Which programming languages are supported for verification?

The current implementation is built primarily for Ruby environments using RSpec and Cucumber, though it can process universal mathematical formats like LaTeX.

What is the benefit of using BDD for mathematics?

BDD allows you to define complex mathematical properties in plain-text Gherkin scenarios, making the verification logic human-readable and easier to audit.

How does this skill handle image-based formulas?

It integrates with the Mathpix API to convert mathematical images and PDFs into LaTeX or SMILES strings, which can then be parsed and verified.

Do I need a Mathpix API key to use this skill?

Yes, for the extraction features to function, you must provide a valid Mathpix API key as an environment variable.

Can this skill verify if two different formulas are algebraically equivalent?

Yes, it includes specialized RSpec matchers that simplify expressions to their canonical forms to compare for algebraic equivalence.

BDD Mathematical Verification

Name: BDD Mathematical Verification
Author: plurigrid

byplurigrid

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セキュリティとテスト

Verifies and transforms mathematical formulas using Behavior-Driven Development workflows and Mathpix OCR integration.

概要

This skill enables a robust verification pipeline for mathematical content by combining Gherkin specifications with executable RSpec tests. It leverages the Mathpix API to extract LaTeX from images or documents, performs pattern matching on syntax trees to validate algebraic properties, and ensures mathematical expressions meet specific structural requirements. Ideal for researchers and developers working with complex formulas, it facilitates iterative discovery and provides a formal provenance for mathematical artifacts by integrating verification directly into the development lifecycle.

主な機能

Mathpix OCR integration for LaTeX, Markdown, and SMILES extraction
Integration with Music-Topos and DuckDB for artifact provenance
Automatic normalization of mathematical notation to standard forms
2 GitHub stars
BDD-driven formula verification using Cucumber and Gherkin
Algebraic equivalence checking and syntax tree pattern matching

ユースケース

Automating the verification of textbook equations for software implementation
Converting handwritten mathematical notes into validated, structured LaTeX artifacts
Ensuring consistency and algebraic correctness in large-scale symbolic computation projects

概要

主な機能

Mathpix OCR integration for LaTeX, Markdown, and SMILES extraction
Integration with Music-Topos and DuckDB for artifact provenance
Automatic normalization of mathematical notation to standard forms
2 GitHub stars
BDD-driven formula verification using Cucumber and Gherkin
Algebraic equivalence checking and syntax tree pattern matching

ユースケース

Automating the verification of textbook equations for software implementation
Converting handwritten mathematical notes into validated, structured LaTeX artifacts
Ensuring consistency and algebraic correctness in large-scale symbolic computation projects