QuickLabDefs.m

%QuickLabDefs() Calling this function will alter the defaults of QuickLab
%               QuickLab is a compilation of modified EEGLAB functions
%               for experienced users that wish to speed up manual
%               process, made by Ugo Bruzadin Nunes in
%               colaboration with the INL lab in Carbondale, IL.
%
% Author: Ugo Bruzadin Nunes
%
% Copyright (C) 2021 Ugo Bruzadin Nunes
% This program is free software; you can redistribute it and/or modify
% it under the terms of the GNU General Public License as published by
% the Free Software Foundation; either version 2 of the License, or
% (at your option) any later version.
%
% This program is distributed in the hope that it will be useful,
% but WITHOUT ANY WARRANTY; without even the implied warranty of
% MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
% GNU General Public License for more details.
%
% You should have received a copy of the GNU General Public License
% along with this program; if not, write to the Free Software

SAVEBACKUP = 1;

%% EEGPLOT_ADV DEFAULTS
EEGTHRESHOLD = [-150, 150];
ALLBUTBRAIN = [0.8, 1] ;
CHANNELDEFS = [1:57,59,60];

%% SPECTOPO DISPLAY DEFAULTS
% Highest Frequency, Lowest Frequency, Maxwindow
FREQDISPLAYDEFS = [60,0,2048];
% Specific Expected Frequencies for Topoplot Display 
SPECTRATOPO = [2 4 6 8 10 12 15 18 20 25 30 36];

%% Headmodel and references defaults
% Location of Headmodel(s)
HEADMODELLOCATION = ['']; % location of headmodel file

% References
OG_REF = 'Cz';
CZ_REF = 'Cz';
LE_REFS = [58 64];

% try
%     if ~isempty(EEG)
%         if EEG.nbchan == 92
%             LE_REFS = [44 74];
%         elseif EEG.nbchan == 128
%             LE_REFS = [57 100];
%         else
%             LE_REFS = [57 100];
%         end
%     end
% catch
% end

REFLOC = struct('labels',{'Cz'},'Y',{0},'X',{0},'Z',{8.7919},'sph_theta',{0},'sph_phi',{0},'sph_radius',{0},'theta',{0},'radius',{0},'type',{''},'ref',{'Cz'},'urchan',{[]},'datachan',{0});
KEEPREF = 'on';

%% CORRMAP defaults
% CORRMAP folder locations
CORRMAPDEFS = [''];

%% Defaults for PCA/ICA & ICLABEL
ICATYPE = 'cudaica';
EXTENDED = 1;
VERBOSE = 'off';
PCADEFS = ['icatype',ICATYPE,'extended',EXTENDED,'verbose',VERBOSE];

% ICLABEL type, Highest Frequency, Lowest Frquency

ICLABELDEFS = ['default',60,0];

%% Number of dipoles to plot in DIPFIT (1 or 2)
DIPFITDEFS = [1];
OTHERDIPFITDEFS = [];

%% Defaults for running BSS
BSSDEFS = [];

%% Defaults for lowpass and highpass filter for quick filter
% smallest frequency, highest frequency, in between steps
LOWPASSDEFS = [14,40,1];
HIGHPASSDEFS = [0.5,0.5,22];

%% Default for epoching the data
% Epoch name(s), if any
EPOCHNAMES = ['DIN '];
% Epoch time pre and post (1)
EPOCH1DEFS = [0.600,2.648];
% Epoch time pre and post (2)
EPOCH2DEFS = [-1,3.096];
% Recurrent epoch length
EPOCHLENGTH = 1;

%% Binary default options for data plotting and saving in QuickLab

% Should ICLABEL be plotted after every iclabel run?
PLOTICLABELS = 0;
% Should every data modification try to plot the data difference?
PLOTDATADIFF = 0;

% Should every data modification save the markers in a new file?
SAVADATAMARKERS = 1;
% if so, what should the new file markers be named?
SAVEDATAMARKERTITLE = 'SM';

%% COLOR DEFAULTS

COLOR_MODE = 'Default';
%     COLOR_MODE = 'DarkMode';

% darkmode = readtext('IsDarkmodeOn.txt');
% if iscell(darkmode)
%     darkmode = darkmode{:};
% end
% 
% if darkmode == "YES"
%     COLOR_MODE = 'DarkMode';
% end

%COLOR_MODE = 'Default';

c = clock; %loads clock
% Uncomment these lines to turn on darkmode! open quick_colormode to change
% colors of all quicklab Ui and plots! WARNING: WILL AFFECT SOME EEGLAB
% FIGURES AND PLOTS. 


% if c(4) >= 16 || c(4) < 5 % If after 6 PM and before 5 AM, changes color scheme to dark mode
%     COLOR_MODE = 'DarkMode';
% else
     COLOR_MODE = 'Default';
% end

quick_colormode; % loads colorscheme from quick_colormode