function tvol = spm_cfg_tissue_volumes % SPM Configuration file for Tissue Volumes % % See also: spm_run_tissue_volumes, spm_summarise %__________________________________________________________________________ % Copyright (C) 2013-2016 Wellcome Trust Centre for Neuroimaging % Ged Ridgway % $Id: spm_cfg_tissue_volumes.m 6952 2016-11-25 16:03:13Z guillaume $ mat = cfg_files; mat.tag = 'matfiles'; mat.name = 'Segmentation mat-files'; mat.filter = 'mat'; mat.ufilter = 'seg8\.mat$'; mat.num = [1 Inf]; mat.help = { 'Select the ''seg8.mat'' files containing the segmentation parameters.' }; T = cfg_entry; T.tag = 'tmax'; T.name = 'Maximum tissue class'; T.strtype = 'n'; T.num = [1 1]; T.val = {3}; T.help = { ['Specify the maximum tissue class, T, where tissues 1:T will be ' ... 'measured.'] ['The default of 3 corresponds to GM, WM and CSF for the ' ... 'default tissue prior probability maps ''TPM.nii,1'' to ''TPM.nii,3'''] '' ['The sum of these tissues will also be computed, which by ' ... 'default is the total intracranial volume (known as TIV or ICV). ' ... 'If T=2, the sum will by default be the total parenchymal brain ' ... 'volume (known as TBV or PBV), which is also often of interest.'] }; mask = cfg_files; mask.tag = 'mask'; mask.name = 'Mask image'; mask.filter = 'image'; mask.num = [0 1]; mask.val = {{fullfile(spm('dir'), 'tpm', 'mask_ICV.nii,1')}}; mask.help = { 'Optional binary mask image in same space as TPMs (e.g. MNI).' 'Only voxels inside this mask will count for the total volume.' '' ['The default mask excludes the eyes, which might otherwise be ' ... 'counted in the fluid tissue class (that includes cerebrospinal, ' ... 'aqueous, and vitreous fluids/humours).'] }; outf = cfg_entry; outf.tag = 'outf'; outf.name = 'Output file'; outf.strtype = 's'; outf.val = {''}; outf.help = { 'Filename for saving results.' ['Segmentation filenames and volumes ' ... 'will be stored in CSV format (comma-separated variables).'] '' 'This can be empty; results will appear in the MATLAB command window.' }; tvol = cfg_exbranch; tvol.tag = 'tvol'; tvol.name = 'Tissue Volumes'; tvol.val = {mat T mask outf}; tvol.help = { 'Compute total tissue volumes (in litres) from segmentation results.' '' ['Only the seg8.mat files are required, but if modulated warped ' ... 'segmentations (mwc*) are found they will be reused, saving time ' ... '(and allowing you to use non-default values for MRF and/or ' ... 'clean-up options if you wish).'] }; tvol.prog = @(job) spm_run_tissue_volumes('exec', job); tvol.vout = @(job) spm_run_tissue_volumes('vout', job);