OpenCap

OpenCap is a software package to estimate 3D human
movement dynamics from smartphone videos.
Forum posts last week: 17

OpenMM Zephyr

OpenMM Zephyr provides a visual application for
running GPU-accelerated molecular simulations.
Downloads last week: 333
Total downloads: 1,098,009

Model of the Scapulothoracic Joint

Provide an OpenSim Joint model that enables a more
accurate representation of scapula mechanics in
musculoskeletal simulations.
Total followers: 30
Total downloads: 9,322

Dynamic Arm Simulator

Provides a real-time, dynamic simulation of arm
movement.
Total followers: 36

Motion Capture Basketball and Volleyball

Motion capture of basketball layup and of
volleyball dive.
Forum posts last week: 1

Practical Annotation and Exchange of Virtual Anatomy

This site serves for dissemination of aeva and its
use cases. aeva is a free and open source software
for annotation and exchange of virtual anatomy.
The use cases drive design and testing of aeva
features and demonstrate various workflows that
rely on virtual anatomy.
Downloads last week: 77

Whole-Cell Computational Model of Mycoplasma genitalium

This project provides all code and data for the
first "whole-cell" model of the entire life cycle
of a living organism, Mycoplasma
genitalium.
Downloads last week: 402
Total downloads: 176,393

SCONE: Open Source Software for Predictive Simulation

<img
src="https://scone.software/scone_window.png&
quot; alt="SCONE">SCONE is free and
open-source software for <b>predictive
simulation</b> of human and animal
motion. With SCONE, you can define and optimize
<b>neuromuscular controllers</b> to
optimally perform a specific task, according to
<b>high-level objectives</b> such as
walking speed and energy efficiency. Please
visit the <a
href="https://scone.software">SCONE
homepage</a> for more information, or check
<a
href="https://scone.software/doku.php?id=chan
ges">what's new</a> in the latest
version.
Forum posts last week: 7
Total followers: 33

Upper Extremity Dynamic Model

Provides the files associated with a dynamic model
of the upper limb for use in SIMM or OpenSim.
Total followers: 42
Total downloads: 9,282

Upper limb model

I have to create an upper limb model to study the
dynamics and kinematics correlated to muscle
activation for my master's thesis
Forum posts last week: 1

Matlab-Opensim Interfaces

Provides tools for using different aspects of
Opensim within the Matlab environment, including
command line pipelines as well as accessing the
Opensim API directly. The main functionality
has now been included as part of Opensim 3.0 with
improved functionality (and will become more
obsolete with Opensim 4.0). Please see the
developer wiki for more information. Therefore
this is being kept only as an archive, and users
should see the documentation on interfacing Matlab
with Opensim on the Opensim website
(http://simtk-confluence.stanford.edu:8080/display
/OpenSim/Scripting+with+Matlab). As such the
forums etc will not be monitored.
Total followers: 26
Total downloads: 9,047

Full Body Model for use in Dynamic Simulations of Human Gait

Full body musculoskeletal model with
muscle-actuated lower extremity and
torque-actuated torso/upper extremity for use in
dynamic simulations of human movement.
Total followers: 35
Total downloads: 12,185

Seven things to know about exercise monitoring with inertial sensing wearables

We present open-source deep learning based
classifiers for predicting physical therapy
exercises using inertial measurement units, and a
comprehensive analysis of impacts of sensor
density, location, type, state estimation, and
sample size on the performance.
Forum posts last week: 1

Platform for Dynamic Simulation and Control of Movement based on OpenSim&MATLAB

This project overcomes neuromusculoskeletal
systems limitations of MATLAB®/Simulink® and
robust design & control limitations of OpenSim
through an interface between these two software
packages that combines relevant strengths of each
individual package.
Total followers: 73

Reproducibility in simulation­-based prediction of natural knee mechanics

This project aims for understanding the influence
of modelers’ approaches and decisions
(essentially their art) throughout the lifecycle
of modeling and simulation. It will demonstrate
the uncertainty of delivering consistent
simulation predictions when the founding data to
feed into models remain the same. The project site
also aims to be a hub to provide an overview of
resources for modeling & simulation of the knee
joint. Funding is provided by the National
Institute of Biomedical Imaging and
Bioengineering, National Institutes of Health
(Grant No. R01EB024573).
Downloads last week: 140
Total downloads: 23,169