Hi Bruce,
That's the error:
limiting computations to label fsaverage/label/grouplabel_concro_rh-0001.label.
reading volume /nfs/arpon/PROJCT/DEPR/proc/FREESURFER/WithModif/fsaverage/mri/wm.mgz...
ERROR: cannot find /nfs/arpon/PROJCT/DEPR/proc/FREESURFER/WithModif/fsaverage/mri/wm.mgz
mris_anatomical_stats: could not read input volume /nfs/arpon/PROJCT/DEPR/proc/FREESURFER/WithModif/fsaverage/mri/wm.mgz
No such file or directory
cheers,
yolanda
Hi Yolanda,
you need to email us the screen output with the error so we can diagnose it.
cheers
Bruce
On Thu, 28 Jul 2011, Yolanda Vives wrote:
Thank you Douglas for your suggestions!
If I use mris_anatomical_stats, would I perform the following procedure?
- To run "mri_label2label" to all the subjects of my comparison
- To run mris_anatomical_stats. I would obtain the volume of the labels in each subject
- Mean volume of all the subjects
I have tried to map the label to fsaverage and ru run mris_anatommical_stats but I have an error and I am not sure if it is correct.
Thanks again,
Yolanda
2011/7/26 Douglas N Greve <greve@nmr.mgh.harvard.edu>
Hi Yolanda, don't use thmax (it will exclude everything with a sig>7 -- not what you want I assume). That command otherwise looks
right, but it won't correct for multiple comparisons. You can run mris_anatomical_stats on the output label to give you the stats
you want.
doug
Yolanda Vives wrote:
Dear freesurfers,
I would like to obtain the cluster size (in mm3) and coordinates of the maxima of a cortical volume comparison using
mri_surfcluster.
mri_surfcluster --in $PATH/control_cronic_dones_right_volume/rh-Diff-control-cronic-Intercept-volume/sig.mgh --hemi rh --subject
fsaverage --thmin 2 --thmax 7 --sign pos --surf pial --no-adjust --o ./concro --ocn ./cluster_number --olab ./grouplabel_concro
--sd $SUBJ_DIR --sum ./concro_sum
Would it be correct.
Regarding the results that I obtain, I have some questions:
- Which surface do I have to load? pial, orig?
- In the summary file, the cluster size is given in mm2, is it possible to obtain it in mm3 (I am analysing cortical volume)?
Thank you for your help,
Yolanda
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