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vb_set_current_parm_dynamics

PURPOSE ^

Parameter setting of "current_parm" for dynamics estimation

SYNOPSIS ^

function [current_parm] = vb_set_current_parm_dynamics()

DESCRIPTION ^

 Parameter setting of "current_parm" for dynamics estimation
  [current_parm] = vb_set_current_parm_dynamics;
  
 2015/09/04 rhayashi

 Copyright (C) 2011, ATR All Rights Reserved.
 License : New BSD License(see VBMEG_LICENSE.txt)

CROSS-REFERENCE INFORMATION ^

This function calls: This function is called by:

SOURCE CODE ^

0001 function [current_parm] = vb_set_current_parm_dynamics()
0002 % Parameter setting of "current_parm" for dynamics estimation
0003 %  [current_parm] = vb_set_current_parm_dynamics;
0004 %
0005 % 2015/09/04 rhayashi
0006 %
0007 % Copyright (C) 2011, ATR All Rights Reserved.
0008 % License : New BSD License(see VBMEG_LICENSE.txt)
0009 
0010 %
0011 % --- Standard parameters
0012 %
0013 
0014 % Input file  : Result of Dynamics estimation.
0015 %               (Inside project file : relative path from proj_root).
0016 current_parm.dbayesfile = ''; % .dbayes.mat
0017 
0018 % Output file : Estimated current file.
0019 %               (Inside project file : relative path from proj_root).
0020 current_parm.currfile   = ''; % .curr.mat
0021 
0022 % Flag for current average
0023 current_parm.trial_average = ON;
0024 % ON : Average current over all sessions.
0025 % OFF: Current for each session.
0026 
0027 % Time points where currents are calculated.
0028 % For example,
0029 % tsubsmpl = [200:300], means currents are calculated from t=200 to t=300
0030 % tsubsmpl = [1:5:100], means currents are calculated at every 5 sample
0031 % tsubsmpl = [] --> whole time period is calculated
0032 current_parm.tsubsmpl = [];
0033 
0034 
0035 %
0036 % --- Advanced parameters
0037 %  Do not change, unless you understand the meaning of the parameters!!
0038 %
0039 
0040 % If current of specified area is needed, specify area_key
0041 current_parm.areafile = []; % .area.mat
0042 current_parm.area_key = [];
0043 
0044 % Flag for how to calculate representative time course from the set of
0045 %   time courses estimated on the vertices in the specified area.
0046 % 0 : Current time courses for all vertices are
0047 %       saved. N=size(J,1) is the number of vertices.
0048 % 1 : Average of time courses (N=1).
0049 % 2 : SVD is applied and the first principal component is extracted (N=1).
0050 current_parm.flag = 0;
0051 
0052 % overlap_mode
0053 %   = 0 : current is averaged over overlapped time window
0054 %   = 1 : current is not averaged for overlapped window
0055 %         current time series of each time windows
0056 %         are concatenated sequentially for spectral analysis
0057 current_parm.overlap_mode = 0;

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