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is456-verification

Validate IS 456:2000 structural design calculations with pytest-driven test suites.

5|1|Updated Dec 10, 2025
Search Tags:#pytest#verification#benchmarking#compliance#regression#is456
One-click install
npx skills add https://github.com/Pravin-surawase/structural_engineering_lib --skill is456-verification
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: is456-verification
Source: https://github.com/Pravin-surawase/structural_engineering_lib/tree/main/.github/skills/is456-verification
Command: npx skills add https://github.com/Pravin-surawase/structural_engineering_lib --skill is456-verification

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It validates IS 456:2000 structural design calculations so developers can catch incorrect flexure, shear, detailing, and rebar results before release.

Core Features & Use Cases

  • Verifies compliance for beams, columns, footings, slenderness, ductility, and reinforcement logic.
  • Runs targeted pytest suites for core design, API output, regression, performance, and import adapters.
  • Use it when a calculation changes, a benchmark shifts, or a user reports an unexpected design result.

Quick Start

Run the IS 456 verification tests on the current branch to confirm compliance and catch regressions.

Frequently Asked Questions about is456-verification

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I verify IS 456 structural design calculations in Python?▼

IS 456 structural design calculations are verified using pytest-driven unit and integration tests that validate beam, column, and footing compliance against expected flexure, shear, and rebar results.

What is the best way to catch IS 456 regression errors after changing a structural calculation?▼

IS 456 regression errors are caught by running targeted pytest suites that benchmark performance and check API outputs against previous structural design calculation results before release.

Can I use pytest to check IS 456 reinforcement detailing and ductility compliance?▼

Pytest can verify IS 456 reinforcement detailing and ductility compliance by running specific test scenarios that validate slenderness, rebar logic, and structural geometry calculations.

Does IS 456 verification support batch testing for multiple structural components?▼

IS 456 verification supports batch test scenarios, allowing you to validate multiple structural components like beams, columns, and footings simultaneously within the Python structural engineering library.

Why do I need coverage thresholds for IS 456 compliance testing?▼

Coverage thresholds are needed for IS 456 compliance testing to ensure safe code changes by enforcing that all critical flexure, shear, and detailing calculations are fully exercised by the pytest suite.

When should I run IS 456 benchmark and performance checks?▼

IS 456 benchmark and performance checks should run when a calculation changes, a benchmark shifts, or a user reports an unexpected structural design result to prevent regressions.

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