Repositories
Repositories
GitHub repositories for golf biomechanics models, simulations, and tools
Repositories Overview
This page lists all GitHub repositories containing golf biomechanics models, simulations, data processing tools, and related software. Each repository focuses on different aspects of biomechanical modeling, control theory, and golf swing analysis. Click on any repository to expand and view details.
Authority Boundary
This establishes an index of software repositories, architectures, and tool ecosystems. Governed provider runtime state and companion artifacts are published on the Programming Companion Catalog.
This does not establish independent scientific validation of algorithms, cross-platform performance guarantees, or empirical readiness for clinical or coaching interventions.
Collection of additional model repositories including MuJoCo Golf Swing Model, Pendulum Golf Models, and other biomechanical simulation frameworks.
View Model Repositories →UpstreamDrift, a Python physics-simulation and analysis suite for the golf swing. It runs one set of model definitions through MuJoCo (supported), Drake and Pinocchio (extended), and OpenSim and MyoSuite (experimental), with a PyQt6 desktop launcher, a FastAPI service, a React/Vite/Tauri web interface, Rust physics kernels, a video-to-motion pipeline, launch-monitor analytics, and the BunkerShot3D workbench. The original MATLAB/Simscape models remain in the repository as research references.
View Details → View on GitHub →(opens in a new tab) (navigation only; not pinned to a specific commit)Two-dimensional golf swing model for simplified analysis and visualization of golf swing dynamics. Provides a streamlined approach to understanding fundamental biomechanical principles with reduced computational complexity.
View Details → View on GitHub →(opens in a new tab) (navigation only; not pinned to a specific commit)Golf swing models and simulations implemented using Drake, an open-source toolbox from MIT's Robot Locomotion Group. Focuses on underactuated systems, manipulation, and control-affine dynamics for golf biomechanics analysis.
View Details → View on GitHub →(opens in a new tab) (navigation only; not pinned to a specific commit)Rigid body dynamics and kinematics models using Pinocchio for golf swing analysis. Includes forward/inverse dynamics, Jacobian computations, and constraint handling for multibody systems in golf biomechanics.
View Details → View on GitHub →(opens in a new tab) (navigation only; not pinned to a specific commit)Physics-based golf swing simulations using MuJoCo (Multi-Joint dynamics with Contact) for biomechanical analysis. Provides fast and accurate physics simulation for model-based optimization and analysis of golf swing dynamics.
View Details → View on GitHub →(opens in a new tab) (navigation only; not pinned to a specific commit)Pendulum-based models and simulations that serve as simplified analogs for understanding golf swing dynamics. Includes single, double, and multi-link pendulum systems providing insights into control-affine systems and drift-input decomposition.
View Details → View on GitHub →(opens in a new tab) (navigation only; not pinned to a specific commit)Tools and utilities for processing motion capture data, biomechanical measurements, and golf swing analysis datasets. Includes data cleaning, transformation, and visualization capabilities.
View on GitHub →(opens in a new tab)Audio processing tools for analyzing sound data related to golf swings, including impact sounds, club dynamics, and acoustic feedback analysis.
View on GitHub →(opens in a new tab)Video processing and analysis tools for golf swing video data, including motion tracking, frame extraction, and video-based biomechanical analysis.
View on GitHub →(opens in a new tab)Canonical fleet suite of PyQt6 desktop tools, browser applications, and computational utilities spanning biomechanics, kinematics, data processing, and numerical physics.
View Details → View on GitHub →(opens in a new tab) (navigation only; not pinned to a specific commit)Machine learning projects and tools for analyzing golf swing data, pattern recognition, and predictive modeling in biomechanics.
View on GitHub →(opens in a new tab)Citation
@online{untitled,
author = {},
title = {Repositories},
url = {https://affinedrift.com/repositories/repositories.html},
langid = {en}
}