Thank Becca for the suggestions.
I have changed the COM and lock the mtp and subtalar angles. Now the average residuals before adjusting torso COM and d-mass are significantly decreased, although the absolute magnitude are still large comparing to the Gait2354 example.
I am wondering what is the residual magnitude for your model. Thank again.
The following are the outputs of RRA
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Computing average residuals between 0.12 and 0.7
Average residuals before adjusting torso COM:
FX=-19.4013 FY=-58.5832 FZ=65.6652
MX=-293.358 MY=2.29074 MZ=-41.0848
CMCTool.adjustCOMToReduceResiduals:
torso weight = 362.705
dx=-0.1, dz=0.1
dmass = 5.97383
Recommended mass adjustments:
ground: orig mass = 0, new mass = 0
pelvis: orig mass = 12.7226, new mass = 13.6586
femur_r: orig mass = 10.0483, new mass = 10.7875
tibia_r: orig mass = 4.0052, new mass = 4.29986
talus_r: orig mass = 0.10803, new mass = 0.115977
calcn_r: orig mass = 1.35037, new mass = 1.44972
toes_r: orig mass = 0.233992, new mass = 0.251207
femur_l: orig mass = 10.0483, new mass = 10.7875
tibia_l: orig mass = 4.0052, new mass = 4.29986
talus_l: orig mass = 0.10803, new mass = 0.115977
calcn_l: orig mass = 1.35037, new mass = 1.44972
toes_l: orig mass = 0.233992, new mass = 0.251207
torso: orig mass = 36.9857, new mass = 39.7067
Computing average residuals between 0.12 and 0.7
Average residuals after adjusting torso COM:
FX=13.797 FY=-90.0992 FZ=-14.9496
MX=-133.596 MY=38.5416 MZ=122.202