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I'm sure this has come up a few times on the forum, and it's in the 0.2 docs, but hasn't been added to the _MRtrix3_ docs yet. Instructions for warping streamlines to template space. Probably base off…
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Hi,
Thanks for providing this code. I have a question regarding calculation of warping. Is it any straight way to use matched points which are the outcome of c2m() to calculate some Homography matr…
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## I'm submitting a…
[ ] Bug
[x] Feature Request
[ ] Documentation Request
[ ] Other (Please describe in detail)
## Current Behavior
When warping, the mouse currently warps right i…
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Hello,
Thanks for the code, I am not able to understand the pose estimation. Suppose if I consider t and t+1 images, the predicted pose result should be positive in (+ve) in z-axis but I am getting -…
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Hello,
Thanks for designing this really exciting package. I have come across one very large issue though.
After completing the analysis and loading step 6, I can see the program has warped the co…
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In this issue, I'd like for the dev team to evaluate Theseus-X. Quite a few community members have complained about the ship being extremely difficult to reliably finish off, due to its module allowin…
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Hi Clement,
Thanks for translating the tf repo to a pytorch one!
I do have a small question with the 6 DOF pose used in
> https://github.com/ClementPinard/SfmLearner-Pytorch/blob/4e6b7e8b545f…
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**Is your feature request related to a problem? Please describe.**
I recently started using the warping feature on my Keyboardio Model 100 and I think it is a good feature. I especially like how you …
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Electrode warping can be massively sped up by parallelization. We should probably use `submit_job` for warps on the server and `multiprocessing.pool` for warps on individual computers.
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It would be great to establish a way for pinpoint to use non-linear (ANTs or similar) warping's to the CCF.
We have descent CCFMRI Template warpings set up, as well as MRI Template Individual brai…