How does it handle complex multi-step formulas?

For complex calculations, the skill intelligently breaks the logic into manageable helper functions and utilizes standard math libraries to maintain precision and readability.

What happens if a formula specification is vague?

The skill includes a prerequisite check; if the F-* specification is missing key details like specific inputs or the formula expression, Claude will prompt the user for clarification before generating code.

Which programming languages are supported?

The skill adapts to the project context Claude is currently working in, though it is highly optimized for languages like Python, JavaScript, and TypeScript.

What are F-* specifications?

F-* specifications are structured definitions used in the AI SDLC method to describe a formula's name, mathematical expression, required inputs, and expected output format.

Does this skill generate unit tests automatically?

Yes, for every formula generated, the skill creates a corresponding test suite covering known values, boundary conditions, and edge cases to ensure mathematical accuracy.

Formula Code Generator

Name: Formula Code Generator
Author: foolishimp

byfoolishimp

Seguridad y Pruebas

Automatically converts mathematical formula specifications into production-ready code with comprehensive test coverage.

Acerca de

This skill automates the translation of structured formula specifications (F-*) into reliable, production-grade code implementations. By processing mathematical definitions, input parameters, and output constraints, it generates robust calculation functions complete with descriptive docstrings and automated test suites. It is designed to eliminate manual coding errors in complex logic, making it ideal for developers working on financial systems, data processing pipelines, or any domain requiring high-accuracy algorithmic implementation.

Características Principales

Produces detailed docstrings including formula references and usage examples
Converts structured F-* specifications into clean, type-hinted code
Supports diverse logic types from simple arithmetic to complex compound interest and cryptographic hashing
Generates comprehensive test suites including boundary, inverse, and edge case checks
Automatically extracts and defines mathematical constants for better maintainability
0 GitHub stars

Casos de Uso

Migrating legacy spreadsheet formulas into maintainable, tested production microservices
Building financial calculation engines from formal business requirements
Implementing security-critical logic like idempotency key generation and checksums

Acerca de

Características Principales

Produces detailed docstrings including formula references and usage examples
Converts structured F-* specifications into clean, type-hinted code
Supports diverse logic types from simple arithmetic to complex compound interest and cryptographic hashing
Generates comprehensive test suites including boundary, inverse, and edge case checks
Automatically extracts and defines mathematical constants for better maintainability
0 GitHub stars

Casos de Uso

Migrating legacy spreadsheet formulas into maintainable, tested production microservices
Building financial calculation engines from formal business requirements
Implementing security-critical logic like idempotency key generation and checksums