Hi all,
I've run GLM surface analysis and I've got a summary table like this:
# Cluster Growing Summary (mri_surfcluster)
# $Id: mri_surfcluster.c,v 1.51.2.1 2011/03/28 15:32:36 greve Exp $
# $Id: mrisurf.c,v 1.693.2.2 2011/04/27 19:21:05 nicks Exp $
# CreationTime 2016/09/12-08:47:18-GMT
# cmdline mri_surfcluster --in lh.Compr.glmdir/SZSI-SZNO/sig.mgh --csd /usr/local/freesurfer/average/mult-comp-cor/fsaverage/lh/ cortex/fwhm15/pos/th40/mc-z.csd --mask lh.Compr.glmdir/mask.mgh --cwsig lh.Compr.glmdir/SZSI-SZNO/cache.th40.pos.sig.cluster.mgh --vwsig lh.Compr.glmdir/SZSI-SZNO/cache.th40.pos.sig.voxel.mgh --sum lh.Compr.glmdir/SZSI-SZNO/cache.th40.pos.sig.cluster.summary --ocn lh.Compr.glmdir/SZSI-SZNO/cache.th40.pos.sig.ocn.mgh --oannot lh.Compr.glmdir/SZSI-SZNO/cache.th40.pos.sig.ocn.annot --annot aparc --csdpdf lh.Compr.glmdir/SZSI-SZNO/cache.th40.pos.pdf.dat --cwpvalthresh 0.05 --o lh.Compr.glmdir/SZSI-SZNO/cache.th40.pos.sig.masked.mgh --no-fixmni --bonferroni 2 --surf white
# cwd /media/TREKSTOR/SUBJ/CI_Compr_Contrasts
# sysname Linux
# hostname Piras-TC2
# machine x86_64
# FixVertexAreaFlag 1
# FixSurfClusterArea 1
#
# Input lh.Compr.glmdir/SZSI-SZNO/sig.mgh
# Frame Number 0
# srcsubj fsaverage
# hemi lh
# surface white
# annot aparc
# SUBJECTS_DIR /media/TREKSTOR/SUBJ
# SearchSpace_mm2 65416.6
# SearchSpace_vtx 149953
# Bonferroni 2
# Minimum Threshold 4
# Maximum Threshold infinity
# Threshold Sign pos
# AdjustThreshWhenOneTail 1
# CW PValue Threshold: 0.05
# Area Threshold 0 mm^2
# CSD thresh 4.000000
# CSD nreps 10000
# CSD simtype null-z
# CSD contrast NA
# CSD confint 90.000000
# Overall max 1e+10 at vertex 3
# Overall min 0 at vertex 8
# NClusters 1
# Total Cortical Surface Area 65416.6 (mm^2)
# FixMNI = 0
#
# ClusterNo Max VtxMax Size(mm^2) MNIX MNIY MNIZ CWP CWPLow CWPHi NVtxs Annot
1 10000000000.000 3 76467.08 -22.1 41.5 24.1 0.00020 0.00000 0.00040 149953 rostralmiddlefrontal
Is it possible to have a Cluster Size (76467.08 mm2) greater than the Total Cortical Surface (65416.6 mm2).
Are there some errors in this?
Thanks a lot to all of you.
Claudia
freesurfer@nmr.mgh.harvard.edu