Index TableOfContents

Name

mri_cor2label - converts values in a COR volume to a label.

Synopsis

mri_cor2label --c <cordir> --id <labelid> --l <labelfile>

Arguments

Positional Arguments

none

Required Flagged Arguments

--c <cordir>

directory to find COR volume

--id <labelid>

0-255 value in COR volume

--l <labelfile>

name of output file

Optional Flagged Arguments

--v <volfile>

write label volume in file

--help

print out help information

--synth

synthesizes a label (ignores values in COR volume)

Outputs

Description

["mri_cor2label"] converts values in a COR volume to a label. The program searches the COR volume in directory 'cordir' for values equal to 'labelid'. The xyz values for each point are then computed assuming 1 mm^3 voxels and that xyz=0 at the center of the volume. The xyz values are then stored in 'labelfile' in the label file format; the vertex values are set to zero as is the statistic value. While this program can be used with any COR volume, it was designed to convert parcellation volumes, which happen to be stored in COR format. See tkmedit for more information on parcellations. The labelid must be within the range of 0 to 255. The label volume in mm^3 can be written to the argument of --v.

Examples

Example 1

mri_cor2label --c /space/final/frontier/myparcellation --id 57 --l /home/brainmapper/spattemp/57.label

This will load the COR volume found in the directory /space/final/frontier/myparcellation and then search the volume for values equaling 57. The results are stored in 57.label in the directory /home/brainmapper/spattemp, which must exist prior to execution.

Example 2

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Bugs

If the name of the label does not include a forward slash (ie, '/') then the program will attempt to put the label files in $SUBJECTS_DIR/subject/label. So, if you want the labels to go into the current directory, make sure to put a './' in front of the label.

See Also

["tkmedit"], ["mri_label2label"]

Links

FreeSurfer, FsFast

Methods Description

NA

References

NA

Reporting Bugs

Report bugs to <analysis-bugs@nmr.mgh.harvard.edu>

Author/s

DougGreve