freesurfer
Below are some pictures of my own brain. 001 rawavg orig nu T1 brainmask norm nu_noneck aseg brain brain.finalsurfs wm.seg wm filled lh.orig.nofix lh.smoothwm.nofix lh.inflated.nofix lh.qsphere.nofix lh.orig lh.white lh.pial lh.smoothwm lh.inflated l
Check out recon-all procedures here rawavg orig nu T1 brainmask norm nu_noneck aseg.auto aseg.auto_noCCseg aseg brain wm.seg filled lh.orig lh.smoothwm lh.inflated.nofix lh.qsphere.nofix lh.white lh.pial lh.inflated lh.sphere
Assume CON14 is our subject ID and it is inside directory $SUBJECTS_DIR. After the display window and the control panel pops up, try playing with the menus and buttons. tkmedit for volume tkmedit CON14 rawavg.mgz tkmedit CON14 rawavg.mgz lh.pial -aux
recon-all is a batch program and runs >30 steps. It easily takes 30 hours to finish one subject. Use tkmedit CON14 T1.mgz and tksurfer CON14 lh inflated to visualize images. More about visualization with freesurfer. Note: commands are in green. T
Retinotopy analysis consists two parts, one on high resolution structural images (segmentation, inflation, cut, etc), the other on functional images. structural Before you start, you need to put the structural i
For single file to single file conversion, you usually use mri_convert of freesurfer. For example mri_convert x.img y.nii Other options would be LONI Debabeler or MRICro. Here are some special cases: multiple 3D ANALYZE to a single 4D Nifti: mri_conc
