First I use
3dDeconvolve -input sdr*.nii.gz \
-num_stimts 30 \
-polort A \
-stim_times 1 ${path}/location_1.1D 'SPMG2(0)' -stim_label 1 con1 -stim_maxlag 1 0 \
... ...
-fout \
-tout \
-bucket sm_SPMG2.nii.gz \
To point out the ROI of the each stimulate.Using SPMG, I can save each “cluster” as a Region of Interest (ROI).
Then :
3dDeconvolve -input sdr*.nii.gz \
-num_stimts 30 \
-polort A \
-stim_times 1 ${path}/location_1.1D 'CSPLIN(0,14,8)' -stim_label 1 con1 -stim_maxlag 1 0 \
... ...
-iresp 1 sm_location_1.nii.gz \
-iresp 2 sm_location_2.nii.gz \
-iresp 3 sm_location_3.nii.gz \
... ...
-fout \
-tout \
Use 3dMaskave + the “iresp” file + the ROI to get the average “iresp” for just one cluster(ROI)
Then to describe the Average Hemodynamic response PER ROI.
So I want to know if it is reasonable to use SPMG2(0) to find out all the stimulate area. And then use the CSPLIN(0,14,8) to predict the tend of the Average Hemodynamic response PER ROI.
Or I just need to use one to do them all.
