[IN]
fid : file id
[OUT]
source : N structures of source information
(N: number of sample point when ECD is estimated.)
.source_model_name : 'DipoleModel'
.sample_no : sample number when source is estimated.
.conductor_model : []
.gof : GOF
.correlation : correlation
.confidence_ratio : []
.confidence_volume : []
.dipole_count : dipole count at the sample number
.current_dipole : (dipole count) structures of estimated dipole infomation
.x, .y, .z : dipole position [m] in MEG coordinate
.zdir, xdir : dipole direction [deg]
.intensity : dipole intensity [Am]
Copyright (C) 2011, ATR All Rights Reserved.
License : New BSD License(see VBMEG_LICENSE.txt)0001 function [source] = vb_read_yokogawa_source_info(fid) 0002 % [IN] 0003 % fid : file id 0004 % [OUT] 0005 % source : N structures of source information 0006 % (N: number of sample point when ECD is estimated.) 0007 % .source_model_name : 'DipoleModel' 0008 % .sample_no : sample number when source is estimated. 0009 % .conductor_model : [] 0010 % .gof : GOF 0011 % .correlation : correlation 0012 % .confidence_ratio : [] 0013 % .confidence_volume : [] 0014 % .dipole_count : dipole count at the sample number 0015 % .current_dipole : (dipole count) structures of estimated dipole infomation 0016 % .x, .y, .z : dipole position [m] in MEG coordinate 0017 % .zdir, xdir : dipole direction [deg] 0018 % .intensity : dipole intensity [Am] 0019 % 0020 % Copyright (C) 2011, ATR All Rights Reserved. 0021 % License : New BSD License(see VBMEG_LICENSE.txt) 0022 0023 source_info = GetMeg160SourceInfoM( fid ); 0024 % source_info : (N) structures of source information. (N: number of sample point when ECD is estimated) 0025 % .sample_no : sample no when source is estimated 0026 % .gof : GOF 0027 % .correlation : correlation 0028 % .dipole_count : dipole count at the sample_no 0029 % .current_dipole : (dipole count) structures of estimated dipole infomation 0030 % .x, .y, .z : dipole position [m] in MEG coordinate 0031 % .zdir, xdir : dipole direction [deg] 0032 % .intensity : dipole intensity [Am] 0033 if isempty( source_info ) 0034 source = []; 0035 else 0036 source_info_cnt = length(source_info); 0037 for no = 1:source_info_cnt 0038 source_model_name = 'DipoleModel'; 0039 sample_no = source_info(no).sample_no; 0040 conductor_model = []; 0041 gof = source_info(no).gof; 0042 correlation = source_info(no).correlation; 0043 confidence_ratio = []; 0044 confidence_volume = []; 0045 dipole_count = source_info(no).dipole_count; 0046 clear current_dipole; 0047 for ecd_no = 1:dipole_count 0048 dipole_x = source_info(no).current_dipole(ecd_no).x; 0049 dipole_y = source_info(no).current_dipole(ecd_no).y; 0050 dipole_z = source_info(no).current_dipole(ecd_no).z; 0051 dipole_zdir = source_info(no).current_dipole(ecd_no).zdir; 0052 dipole_xdir = source_info(no).current_dipole(ecd_no).xdir; 0053 dipole_intensity = source_info(no).current_dipole(ecd_no).intensity; 0054 current_dipole(ecd_no) = struct('x' , dipole_x, 'y' , dipole_y , 'z' , dipole_z, ... 0055 'zdir' , dipole_zdir, 'xdir' , dipole_xdir, 'intensity', dipole_intensity ); 0056 end 0057 source(no) = struct( 'source_model_name', source_model_name, ... 0058 'sample_no' , sample_no, ... 0059 'conductor_model' , conductor_model, ... 0060 'gof' , gof, ... 0061 'correlation' , correlation, ... 0062 'confidence_ratio' , confidence_ratio, ... 0063 'confidence_volume', confidence_volume, ... 0064 'dipole_count' , dipole_count, ... 0065 'current_dipole' , current_dipole ); 0066 end 0067 end