3D Golf Model Repository

MATLAB-based biomechanical golf swing modeling and simulation

3D Golf Model Repository

A comprehensive MATLAB-based biomechanical modeling and simulation system for analyzing golf swing dynamics, trajectory optimization, and performance metrics.

Overview

This repository contains tools for golf swing biomechanical modeling using MATLAB/Simulink Simscape Multibody, motion capture data analysis and visualization, dataset generation for swing parameter variations, interactive GUI applications for visualization and analysis, performance tracking and optimization tools, and Python-based utilities for data processing and visualization.

Repository Structure

The repository is organized into MATLAB source code and models, Python utilities, documentation, automation scripts, generated results, and example implementations. Key components include Simscape Multibody models, analysis and GUI scripts, interactive visualization applications, batch simulation tools, and utility functions.

Features

Biomechanical Modeling: Full 3D golf swing models using Simscape Multibody
Motion Analysis: Tools for processing and analyzing motion capture data
Visualization: Interactive GUI applications for swing visualization
Dataset Generation: Batch simulation tools for parameter variation studies
Python Integration: Python utilities for data processing and analysis

Repository Access

The 3D golf swing biomechanical models, Simulink systems, and analysis scripts are hosted in the UpstreamDrift repository:

View on GitHub →(opens in a new tab)

Clone with Git:
git clone https://github.com/D-sorganization/UpstreamDrift.git

Related Resources

See the MATLAB Simulink Models page and the Golf Modeling Suite for full architectural documentation, or visit the UpstreamDrift repository(opens in a new tab).