Hi, all.
I have come across a problem when using mri_glmfit.
We know that the output format is controlled by the $FSF_OUTPUT_FORMAT.
I have checked that in my environment, $FSF_OUTPUT_FORMAT is nii.gz. But the
output fils are all in mgh format.
How can I get output files in nii.gz?
Thanks!
Xian
Dear teacher,
I haven't found the page describes the workflow to extract freesurfer cortical
area values for a region-of-interest (ROI) defined by myself (used another
software), I only saw how to calculate cortical thickness values, please help
me~ Thank you very much!
Student: He Qin_
Hi ,
Thank you so much for the answer Bruce and Michael.
I tried the command given by Michael and it works.
I didn't already find a way for calculating the RMS distance between matched
vertices and Hausdorff.
As soon as I do that, I will compare the results and I'll give you a feedback.
Ch
Hello,
Is it no longer possible to set the Min, Mid, and Max thresholds directly on
the Qdec display tab?
The only way I seem to be able to change them is via the sliders in the
histogram at the bottom, which I don't recall previously being the case.
This is Qdec 1.4 (FS 5.2) on a RHEL 5.9 system
Hi Xiang-zhen, mri_glmfit does not read the FSF_OUTPUT_FORMAT. Instead,
control the output format with --nii.gz
doug
On 04/12/2013 07:58 AM, Xiangzhen Kong wrote:
> Hi, all.
> I have come across a problem when using mri_glmfit.
> We know that the output format is controlled by the $FSF_OUTPUT_FOR
HiLucille, you can use mris_diff with the --xyz-rms optionto compute the
RMS difference. Don't know about Hausdorff
doug
On 04/12/2013 09:39 AM, Lucille Deroche wrote:
> Hi ,
>
> Thank you so much for the answer Bruce and Michael.
> I tried the command given by Michael and it works.
> I didn't al
Hi He Qin,
What format is your ROI in? A label file on the surface?
doug
On 04/12/2013 09:20 AM, 仙豆 wrote:
> Dear teacher,
>
> I haven't found the page describes the workflow to extract freesurfer
> cortical area values for a region-of-interest (ROI) defined by myself
> (used another software)
I just transferred all the data to a different system running CentOS 5.5 and
I'm able to set the display thresholds in qdec on that system. It also uses
a different FS version (5.1) but I think it is an OS issue, and not a FS
version issue, since I have the same problem on the original RHEL 5.9 s
FYI
-- Forwarded message --
Date: Fri, 12 Apr 2013 00:27:38 +0200
From: Jorge Jovicich
To: Bruce Fischl
Subject: announcement for MGH email list
Ciao Bruce,
would you mind forwarding for me the postdoc position announcement below?
Thanks,
Jorge
-
Hello all, when running preproc-sess, I got this error message:
ERROR: could not determine file for
/usr/local/freesurfer/subjects/symmetry/lindsay/first_test/bold/masks/brain
Try running mkbrainmask-sess with -per-run
I then ran the mkbrainmask-sess as follows (kbrainmask-sess -s . -d . -fsd
bold
I don't think there is one between surfaces - you would need to compute
it yourself. Pretty easy in matlab, although probably very slow
On Fri, 12
Apr 2013, Douglas N Greve wrote:
HiLucille, you can use mris_diff with the --xyz-rms optionto compute the RMS
difference. Don't know about Hausdorf
Hi Corinna, if you just run bet2 at the command line, do you get the
same error?
doug
On 04/12/2013 03:56 PM, Corinna Bauer wrote:
> Hello all, when running preproc-sess, I got this error message:
> ERROR: could not determine file for
> /usr/local/freesurfer/subjects/symmetry/lindsay/first_test/
Hi all,
I have a quick question related to the corpus callosum segmentation: I read in
previous posts that the reference explaining more about the CC subdivision in 5
segments was the one by Rosas et al, Neuroimage 2010. But in this publication,
you show thickness of the corpus callosum as the
Hi Marie,
400 or 900 what? Not mm. How are you calculating thickness? I think in Diana's
paper it was the radius of the inscribed circle on the medial axis, wasn't it?
Bruce
On Apr 12, 2013, at 10:44 PM, Marie Schaer wrote:
>
> Hi all,
>
> I have a quick question related to the corpus callos
Hi Bruce,
Thanks for your response. My question was indeed: what is the unit of the CC_*
output in the aseg.stats? E.g. in the attached file, the last 5 rows depict CC
segmentation measurements (between ~400+ and 900+), and I was wondering what
was the unit of these measurements. The other val
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