Home > fmri > anatomicals > get_anat_sinfo.m

get_anat_sinfo

PURPOSE ^

SYNOPSIS ^

function s = get_anat_sinfo

DESCRIPTION ^

   sinfo = get_anat_sinfo;

 Information on various subjects for whom anatomical images were acquired
 outside the context of an fMRI experiment, e.g. for EEG coregistration

CROSS-REFERENCE INFORMATION ^

This function calls: This function is called by:

SOURCE CODE ^

0001 function s = get_anat_sinfo
0002 %
0003 %   sinfo = get_anat_sinfo;
0004 %
0005 % Information on various subjects for whom anatomical images were acquired
0006 % outside the context of an fMRI experiment, e.g. for EEG coregistration
0007 %
0008                     
0009 s = struct('id','','nexams',[],'exam_nums', [], 'cond_order', [], 'series_mappings',[]);
0010 
0011 cond_names = {};
0012 
0013 nsub = 0;
0014 
0015 %
0016 %  Subject 1:
0017 %
0018 
0019 vols_per_cond = [];
0020 
0021 nsub = nsub+1;
0022 s(nsub).id = '19jun01JB';
0023 s(nsub).exam_nums = [1200];
0024 s(nsub).nexams = length(s(nsub).exam_nums);
0025 
0026 s(nsub).cond_order = [];
0027 s(nsub).nvol = vols_per_cond(s(nsub).cond_order);
0028 
0029 % enter series mappings for each exam
0030 s(nsub).series_mappings{1} = ...
0031     [{'003'}, {'hires'}]
0032 
0033 %
0034 %  Subject 2:
0035 %
0036 
0037 vols_per_cond = [];
0038 
0039 nsub = nsub+1;
0040 s(nsub).id = '19jun01BT';
0041 s(nsub).exam_nums = [1201];
0042 s(nsub).nexams = length(s(nsub).exam_nums);
0043 
0044 s(nsub).cond_order = [];
0045 s(nsub).nvol = vols_per_cond(s(nsub).cond_order);
0046 
0047 % enter series mappings for each exam
0048 s(nsub).series_mappings{1} = ...
0049     [{'002'}, {'hires'}]
0050

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