.github

Organization-wide configuration, templates, and profile for the MechanicsDSL GitHub organization.

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Contents

Path	Purpose
profile/README.md	Public organization profile — rendered on the MechanicsDSL GitHub page
ISSUE_TEMPLATE/	Shared issue templates available across all repositories (planned)
PULL_REQUEST_TEMPLATE.md	Default pull request template (planned)
workflows/	Reusable GitHub Actions workflows for CI, testing, and release automation (planned)

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Organization Overview

MechanicsDSL is a compiler-based computational physics framework. Physical systems are described in LaTeX-inspired DSL notation; the compiler derives equations of motion symbolically, handles constraints, identifies conservation laws via Noether's theorem, and generates executable simulation code for 12 target platforms.

Repositories:

Repository	Description
mechanicsdsl	Core DSL compiler and simulation engine
mechanicsdsl-embedded	Arduino, Raspberry Pi, and ARM deployment
mechanicsdsl-ros2	ROS2 package generation and robotics integration
mechanicsdsl-unity	Unity and Unreal Engine plugin packages
mechanicsdsl-notebooks	Curated Jupyter notebook curriculum
mechanicsdsl-datasets	Physics datasets for parameter estimation and benchmarking

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Links

• Documentation: mechanicsdsl.readthedocs.io
• PyPI: pypi.org/project/mechanicsdsl-core
• DOI: 10.5281/zenodo.17771040
• License: MIT