Hi everyone I dont know whether its the right place to post it but I dont think CEINMS forums is being managed now. so I will just go ahead. Are there any tools/code available to determine the "weight" parameters for hybrid mode in accordance with https://www.sciencedirect.com/science/article/pii/S0...

Hi everyone

No idea if i will get a response on this forum but anyway m posting it.

Are there any tools/code available to determine the "weight" parameters for hybrid mode in accordance with https://www.sciencedirect.com/science/a ... 9014005284?


Thank you

Hi Garrett

Thanks a lot, now I know why i Excel edited files didnt work.

Will try pandas lib for manipulating .sto files.

Thank you so much for your response. I will definitely go through this article.

Incase of this plugin do share your experience hr.

One more thing, when you find muscle forces through CEINMS one of the output.sto file is the muscle contribution that might be helpful i guess.

Thanks again

Hi,

I have a similar query too.

My second question is :
Can the knee joint contact force estimated through JRA be considered as the total knee joint load (since its the total reaction load at the joint)?


Thank you

Regards
Zakia

Just for the information of anyone who has a similar query.

Editing .sto/.mot files in Notepad++ instead of Excel, fixed this issue for me.

Hi Sebastian Thanks for responding. I tried both of your suggestions but unfortunately, none seemed to work :cry: I observed the size of the .sto file gets reduced even if i undo my edit. So once edited, the file doesn't remain the same even if you undo all changes you had made. Any more suggestions...

Hi everyone I am analyzing sit-to-walk motion using 3 force plates. To consider grf at all three force plates, I do Inverse Dynamics three times (three separate ID setup files indicating the different time ranges referring to instants when feet are at different FPs) with 3 separate externalload.xml ...

Thanks Ayman.

The problem indeed gets solved by running MATLAB as an administrator and then running the configureopensim.m file in MATLAB.

I think m pretty late to respond.


the labels of emg.mot shud match with the <input signals> tag of excitation generator.xml