There are 8 repositories under opensim topic.
Reinforcement learning environments with musculoskeletal models
Markerless kinematics with any cameras — From 2D Pose estimation to 3D OpenSim motion
A UI for building OpenSim models
We developed a method animating a statistical 3D human model for biomechanical analysis to increase accessibility for non-experts, like patients, athletes, or designers.
Toolbox for using multiple cameras from intrinsic calculations to reconstructing kinematics
Materials to reproduce the results of our paper about 3D muscle modelling.
An OpenAI-Gym Package for Training and Testing Reinforcement Learning algorithms with OpenSim Models
Convert Xsens Dot data to OpenSense readable format
Scripts and models to optimize musculotendon parameters in musculoskeletal models.
Discord webhook example for Second Life/Opensimulator
Pose2Sim visualizer tool — Import cameras and OpenSim data in Blender
Bone deformation tool designed for applying torsional profiles to bones of musculoskeletal models used in OpenSim
Want to export a model from OpenSim to STL? Wegotchufam.
Package to interface musculoskeletal models with finite element packages
IEKF-OS motion reconstruction algorithm - MSc Thesis Project - Systems and Control - Delft University of Technology
Data (bone geometries and gait analysis data) and scripts to reproduce the results and figures of the scientific publication specified in the README file.
This repository is mirrored from the Alchemy GitLab
Markerless kinematics, from OpenPose to OpenSim
Anaximander the Grid Cartographer is a map tile generator for Halcyon-based servers using C#, utilizing parallel processing and advanced tree data structures to generate only what is needed in as short a time as possible.
Some additions for OpenSimulator. More Script functions, toolsets and settings.
Human motion trajectory based on the minimum jerk principle and OpenSim model for the human upper limb
Apply Reinforcement Learning (RL) to enable prosthetics to calibrate with differences between humans and differences between walking environments
Example for using OpenSim with the QTM Project Automation Framework
This is the code used for the paper submission for the exotendon simulation study.
This project was completed in 2018 as a part of my postgraduate studies in Biomedical Engineering
Master Thesis project at Linköping University by Erik Sars and Sophia Cedermalm. The digital twin developed by ISB research group at Linköping University is extended with biomechanical modelling of the human body. It is done by a dance sequence. Later acquired muscle forces will be analysed.
A set of tools for linux for OpenSimulator management
OpenSim Currency Server