Dear Matthew,
Thank you very much for your helpful reply.
I've found the structural-to-standard transformation file you mentioned in the
databox. Now here are two new questions which I cannot make clear.
1. If the preprocessed diffusion data have already been transformed and stored
in the
Dear Matt,
Great. Thanks a lot. My confusions are solved now. :)
Best regards,
Xinyang
At 2017-11-21 20:58:33, "Glasser, Matthew" wrote:
There is a rigid registration between diffusion and structural space and the
appropriate rotation is applied to the bvecs so dtifit
1. There is a rigid registration between diffusion and structural space and
the appropriate rotation is applied to the bvecs so dtifit or bedpostx are
still valid to apply.
2. Resolution is separate from registration. For example you can overlay
images in the same mm space but different
Hi,
Our group is trying to use the HCP Gambling task, but we are coming across an
E-Prime version mismatch.
We are currently using version 2.0.10.356 (201) and it appears that the tasks
are written in 2.0.10.242 (200).
Has anyone rewritten the task in the newer version that we are using?
Dear HCP experts,
I was wondering if there is a publicly available, basic subcortical
parcellation (deliniating structures such as caudate and putamen) of the
standard volume structural file of HCP (such as S900_AverageT1w_restore.nii.gz).
Restated, is there a parcellation that deliniates
If you download all of the subjects you can take the mode of the wmparc in
MNINonLinear to make this, else I don’t think so.
Matt.
From:
>
on behalf of Xavier Guell Paradis
Hi Matt,
Thank you for your reply. I am looking for the file which provides me with the
information to calculate how much deformation was done for some subjects. Will
it possible for me to compute the displacements of vertices for the MSM-All
registration using this file
"How much deformation" is a tricky subject, and we may very well mean
something different than you do when you say it.
The short version: surface registration does not cause anatomical
deformation. Any registered, resampled anatomical surface will still line
up perfectly with the volume it