OpenSim setup files and unscaled full body model (LaiArnold) used for analyses. Includes scaling, external loads, inverse kinematics, inverse dynamics, and muscle analysis setup files.
Provided MATLAB code for our EMG-informed simulation approach using OpenSim Moco. Includes scripts for running both Calibration (computing EMG scale factors) and Execution stages.
Experimental data and simulation results for Subject 1. Includes EMG data, GRF data, marker data, scaled OpenSim models, inverse kinematics, and EMG-informed simulation results.
Experimental data and simulation results for Subject 2. Includes EMG data, GRF data, marker data, scaled OpenSim models, inverse kinematics, and EMG-informed simulation results.
Experimental data and simulation results for Subject 3. Includes EMG data, GRF data, marker data, scaled OpenSim models, inverse kinematics, and EMG-informed simulation results.
Experimental data and simulation results for Subject 4. Includes EMG data, GRF data, marker data, scaled OpenSim models, inverse kinematics, and EMG-informed simulation results.
Experimental data and simulation results for Subject 5. Includes EMG data, GRF data, marker data, scaled OpenSim models, inverse kinematics, and EMG-informed simulation results.
Experimental data and simulation results for Subject 6. Includes EMG data, GRF data, marker data, scaled OpenSim models, inverse kinematics, and EMG-informed simulation results.
Experimental data and simulation results for Subject 7. Includes EMG data, GRF data, marker data, scaled OpenSim models, inverse kinematics, and EMG-informed simulation results.
Experimental data and simulation results for Subject 8. Includes EMG data, GRF data, marker data, scaled OpenSim models, inverse kinematics, and EMG-informed simulation results.
Experimental data and simulation results for Subject 9. Includes EMG data, GRF data, marker data, scaled OpenSim models, inverse kinematics, and EMG-informed simulation results.
Experimental data and simulation results for Subject 10. Includes EMG data, GRF data, marker data, scaled OpenSim models, inverse kinematics, and EMG-informed simulation results.
MATLAB .mat file containing walking data from all participants and conditions. For each participant in each added mass condition, all measures have been trimmed to a single stance phase on the instrumented (right) leg and averaged across 90 seconds of walking.