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process_advanced.sh
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#!/usr/bin/env bash
# This batch script is used to construct structural brain networks for a group of subjects using diffusion MRI data.
# The example data and files used in this script can be downloaded from http://diffusion.brainnetome.org/en/latest/download.html
# To run this script, you have to download the list file (list.txt), DWI data (Subject01 and Subject02) and atlas directory from the above link.
# However, if you want to download only one subject data for saving time, you should delete one line of the list.txt file accordingly.
# When you download all the files, you can get three compressed files (atlas.tar.gz, sub01.tar.gz and sub02.tar.gz) and a text file (list.txt) which
# contains subject ID. You'd better to make a directory (.e.g example) to run this tutorial script. And copy the three compressed files and list.txt
# into the example directory. The following steps should be done in the example directory. Uncompress the three conpressed file respectively.
# Finally, your "example" should be as follows.
#path/example
# ├── atlas
# │ ├── aal.nii.gz
# │ ├── aal.nii.lut
# │ ├── aal.nii.txt
# │ ├── aal_roi_024.txt
# │ ├── aal_roi_090.txt
# │ ├── BN_Atlas_246_1mm.nii.gz
# │ ├── BN_Atlas_246.txt
# │ └── ch2bet.nii.gz
# ├── list.txt
# ├── process_advanced.sh
# ├── process_primary.sh
# ├── sub01
# │ ├── dwi.bval
# │ ├── dwi.bvec
# │ ├── dwi.nii.gz
# │ └── t1.nii.gz
# └── sub02
# ├── dwi.bval
# ├── dwi.bvec
# ├── dwi.nii.gz
# └── t1.nii.gz
# Now you can run this script in example directory.
# Copyright (C) 2012-2016 Brainnetome Center at CASIA
# Written by Liangfu Chen <[email protected]>
# Sangma Xie <[email protected]>
if [ ! -d atlas ]; then
if [ -f atlas.tar.gz ]; then tar zxvf atlas.tar.gz
else echo 'atlas.tar.gz file is required to bulid brain network'; exit 1; fi
fi
for file in `cat list.txt`; do
# extract data to subject folder
if [ ! -f $file/dwi.nii.gz ] || [ ! -f $file/t1.nii.gz ]; then tar zxvf $file.tar.gz; cd $file; else cd $file; fi
# generate roi file to subject folder
if [ ! -f aal.nii.gz ]; then cp ../atlas/aal.nii.gz . ; fi
if [ ! -f aal.nii.txt ]; then cp ../atlas/aal.nii.txt . ; fi
if [ ! -f aal_roi_024.txt ]; then cp ../atlas/aal_roi_024.txt . ; fi
if [ ! -f aal_roi_090.txt ]; then cp ../atlas/aal_roi_090.txt . ; fi
if [ ! -f ch2bet.nii.gz ]; then cp ../atlas/ch2bet.nii.gz . ; fi
echo "
network.txt: dti_wb.trk roi
bnnetwork -fiber dti_wb.trk -roi aal_roi_024.txt -outfiber 0 -o network -omp 2
roi: aal_r.nii.gz
bnroisplit -i aal_r.nii.gz -o ./ -l aal.nii.txt
.PHONY: roi
brain.nii.gz: t1.nii.gz
bet2 t1.nii.gz brain -f 0.3
aal_r.nii.gz: b0.nii.gz dti.nii.gz brain.nii.gz
reg_aladin -ref dti_FA.nii.gz -flo brain.nii.gz -res brain_diff.nii.gz
reg_aladin -ref brain_diff.nii.gz -flo ch2bet.nii.gz -res stand_diff -aff stand_diff_affine.txt
reg_f3d -ref brain_diff.nii.gz -flo ch2bet.nii.gz -res stand_diff_warp.nii.gz -aff stand_diff_affine.txt -fmask ch2bet.nii.gz -cpp outputCPP.nii
reg_resample -ref brain_diff.nii.gz -flo aal.nii.gz -res aal_r.nii.gz -trans outputCPP.nii -inter 0
eddy.nii.gz: dwi.nii.gz
bneddy -i dwi.nii.gz -o eddy -ref 0
rotated_bvecs: eddy.nii.gz
bnrotate_bvec -i dwi.bvec -log eddy.txt -o rotated_bvecs
b0.nii.gz: eddy.nii.gz
bncalc -i eddy.nii.gz -roi_rect 0 -o b0
nodif_brain_mask.nii.gz: b0.nii.gz
bet2 b0.nii.gz nodif_brain -m nodif_brain_mask.nii.gz
seeds.nii.gz: dti.nii.gz
bncalc -i dti_FA.nii.gz -dthr 0.3 -o seeds
bncalc -i seeds -bin 0 -o seeds
dti.nii.gz: eddy.nii.gz rotated_bvecs nodif_brain_mask.nii.gz
bndti_estimate -d eddy.nii.gz -b dwi.bval -g rotated_bvecs -m nodif_brain_mask.nii.gz -o dti -tensor 1 -eig 1
dti_wb.trk: dti.nii.gz nodif_brain_mask.nii.gz seeds.nii.gz
bndti_tracking -d dti_tensor.nii.gz -m nodif_brain_mask.nii.gz -s seeds.nii.gz -fa dti_FA.nii.gz -o dti_wb.trk
" > Makefile
make -j2
cd ..
done
echo "Please check the results in the folder of each subject"