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9. Impact of geometry on simulation output (hands-on)

In this lecture we will introduce the TorsionTool, which is a recently developed tool to modify the femoral and tibial geometry in OpenSim model. We will then investigate how personalizing the geometry influence the simulation results. Please, find the lecture slides from the link below:

The models and simulation results for the hands-on part of the lecture can be downloaded with the following links:

Scaled_GenericBones.osimScaled_RFemur_25degreesAnteversion.osim

IK results

GenericBones_IK.motRFemur_25degreesAnteversion_IK.mot

ID results

GenericBones_ID.stoRFemur_25degreesAnteversion_ID.sto

SO results

GenericBones_SO_StaticOptimization_force.stoRFemur_25degreesAnteversion_SO_StaticOptimization_force.stoGenericBones_JRL_JointReaction_ReactionLoads.stoRFemur_25degreesAnteversion_JRL_JointReaction_ReactionLoads.sto

JRL results

RFemur_25degreesAnteversion_JRL_JointReaction_ReactionLoads.stoGenericBones_JRL_JointReaction_ReactionLoads.sto

Geometry

rightNSA123.3_rightAVA42.6_femurR_rotated.vtprightTT0_calcnR_rotated.vtprightTT0_talusR_rotated.vtprightTT0_tibiaR_rotated.vtprightTT0_toesR_rotated.vtpleftNSA123.3_leftAVA17.6_femurL_rotated.vtpleftTT0_calcnL_rotated.vtpleftTT0_talusL_rotated.vtpleftTT0_tibiaL_rotated.vtpleftTT0_toesL_rotated.vtp

The National Center for Simulation in Rehabilitation Research (NCSRR) is a National Center for Medical Rehabilitation Research supported by NIH research infrastructure grants R24 HD065690 and P2C HD065690. OpenSim is also supported by the Mobilize Center, an NIH Big Data to Knowledge Center, grant U54 EB020405, and by DARPA through the Warrior Web Program. See the People page for a list of the many people who have contributed to the OpenSim project over the years. ©2010-2017 NCSRR. All rights reserved.