Hi, sorry, I meant the cortical parcellation, the one that is used in aparc+aseg.mgz (I believe this uses the desikan killiany atlas?), thanks,JeffOn 6/20/06,
Bruce Fischl [EMAIL PROTECTED] wrote:
I'll leave 2 for Doug. In 1. by segmentation do you mean the wm.mgzvolume? Or the cortical
okay, Rahul is looking into it.
On Wed, 21 Jun 2006, Jeffrey Spielberg
wrote:
Hi, sorry, I meant the cortical parcellation, the one that is used in
aparc+aseg.mgz (I believe this uses the desikan killiany atlas?), thanks,
Jeff
On 6/20/06, Bruce Fischl [EMAIL PROTECTED] wrote:
I'll leave 2
Hi, thanks, would the fix for this problem be released as something that I then would use to rerun mris_ca_label (and mris_anatomical_stats and mri_aprac2aseg) and get better results, or would I have to rerun a whole bunch of earlier steps (so I would want to hold off with processing for now)?
hopefully the former, but until we understand what's going on it's hard
to say.
On Wed, 21 Jun 2006, Jeffrey Spielberg wrote:
Hi, thanks, would the fix for this problem be released as something that I
then would use to rerun mris_ca_label (and mris_anatomical_stats and
mri_aprac2aseg) and get
Hello all,I have a few basic questions about FreeSurfer and would appreciate any help.1) I have a number of brains in mnc format. I was wondering if these could be used in FreeSurfer because the tutorials only mention usage of the mgz format. Also, how do we convert from mnc to mgz.
2) What is
1. Yes, we support minc.
2. There is a table of structures/volumes/thicknesses in each subjects
stats directory.
cheers,
Bruce
On Wed, 21 Jun 2006, Anil Roy wrote:
Hello all,
I have a few basic questions about FreeSurfer and would appreciate any help.
1) I have a number of brains in mnc
In older versions of tksurfer, it was possible to set a renderoffscreen flag
(in a tcl script) that would make it possible to render images in the
background. I find this very valuable for rendering large batches of stats.
I would like to store surface-painted timeseries data in mgh format
Sorry, that isn't supported in tksurfer. Tksurfer has a lot of
inefficient redrawing as it is a very old program and has a lot of old
spaghetti code that isn't being updated. I'm working on moving all the
tksurfer features into scuba.
On Wed, Jun 21, 2006 at 12:13:51PM -0700, Don Hagler wrote:
Hi,
Can recon-all run even if tcsh is not installed on the system. When I try running it, I get the message:
-bash: /home/aju/freesurfer/bin/recon-all: /bin/tcsh: bad interpreter: No such file or directory
Thanks,
Aju.
**
Mr.Ajith KumarU
Hi Bruce:
I installed the new version of freesurfer. I found that nu_correct does
not work properly, the error message is
spawn: exec of nu_estimate_np_and_em failed: No such file or directory
nu_correct: crashed while running nu_estimate_np_and_em (termination
status=65280)
so I try to
Aju,
tcsh will need to be installed in order for recon-all to work. it should
be possible to get tcsh for most any system, and can be built from source
also.
Nick
Hi,
Can recon-all run even if tcsh is not installed on the system. When I try
running it, I get the message:
-bash:
Hi,
I have a large (~100) number of FIR analyses where I need to set the
weights for each post-stimulus delay (and then collapse them with
-sumdelays). The weights are the same for all analyses.
However the -setwdelay weights can only be entered manually upon prompt.
This means that I would have
Anil,
In freesurfer, the utility mri_convert will convert minc files to mgz.
This would be the first step in the reconstruction process. You might
want to have a look at the tutorial that is available:
https://surfer.nmr.mgh.harvard.edu/fswiki/FsTutorial
Nick
Hello all,
I have a few
Anil,
In freesurfer, the utility mri_convert will convert minc files to mgz.
This would be the first step in the reconstruction process. You might
want to have a look at the tutorial that is available:
https://surfer.nmr.mgh.harvard.edu/fswiki/FsTutorial
Nick
Hello all,
I have a few
Hi FreeSurfers,
A small group analysis question of fMRI data (fixed effects). The target
brain is fsaverage.
I have resampled and averaged the stat maps across subjects in _spherical_
space using func2sph-sess / sphsmooth-sess / isxavg-fe-sess /
stxgrinder-sess. Viewing the results on a
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