par_auna.m

function par=par_auna() 
 
par.folder_base = []; % [] for pwd 
par.tbeg = 0; 
par.rec_length = 'end'; % or number of seconds from tbeg 
par.frame_len = 20; % max chunk of data ploted in seconds 
par.neuroformat = 'WC'; % WC or NWB 
par.channels = [260 262 262 259 261 322]; %for multichannel select 
% par.channels = []; %for multichannel select 
% par.audio_channel = 2129; %if int nc5 otherwise filename of a .mat to load 
par.audio_channel = 10245; %if int nc5 otherwise filename of a .mat to load 
par.data_file = 'auna_data.mat'; 
%parameters for mat audio file 
par.audio_file = 'test.mat'; 
par.audio_sr = 30000; %in Hz 
par.audio_variable = 'data'; 
 
%Firing rate parameters 
par.show_fr = true; 
%par.show_fr = false; 
par.sigma_gauss = 49.42; 
par.alpha_gauss = 3.035; %last value of gaussian 0.01 0.025 
% lenght of gaussian window = 2* alpha_gauss * sigma_gauss 
 
%Moving average parameters 
par.show_mav = true; 
par.window_len_mav = 20; %in seconds 
 
 
par.show_raster = true; 
%par.show_raster = false; 
 
 
par.classes = {[2];[2];[4];[3];[1];[3]}; % or 'mu' for multi unit, 'all' for all classes or cell 
% of the same length as channels, with the classes for 
% each. 
 
par.nrows = 5;  %number of rows in the matrix of frames in video mode 
par.fr_prev = 25; 
 
%zone parameters 
par.default_pre_time_ms = 1000; 
par.default_post_time_ms = 1000; 
end