Spike and event data

function spikePlot = spikes_template
% This is a example template for creating your own custom spike raster plots
%
% OUTPUT
% spikePlot: a struct containing all settings

% Spikes struct parameter
spikePlot.x = 'pos_linearized';             % x data
spikePlot.y = 'theta_phase';                % y data
spikePlot.x_label = 'Position (cm)';        % x label
spikePlot.y_label = 'Theta phase';          % y label
spikePlot.state = '';                       % state data [ideally integer]
spikePlot.filter = 'speed';                 % any data used as filter
spikePlot.filterType = 'greater than';      % [none, equal to, less than, greater than]
spikePlot.filterValue = 20;                 % filter value

% Event related parameters (if applicable)
spikePlot.event = '';
spikePlot.eventType = 'events';              % [events,manipulation,states]
spikePlot.eventAlignment = 'peak';          % [onset, offset, center, peak]
spikePlot.eventSorting = 'amplitude';       % [none, time, amplitude, duration]
spikePlot.eventSecBefore = 0.2;             % in seconds
spikePlot.eventSecAfter = 0.2;              % in seconds
spikePlot.plotRaster = 0;                   % [binary] show raster
spikePlot.plotAverage = 0;                  % [binary] show average response
spikePlot.plotAmplitude = 0;                % [binary] show amplitude for each event on a separate y-axis plot
spikePlot.plotDuration = 0;                 % [binary] show event duration for each event on a separate y-axis plot
spikePlot.plotCount = 0;                    % [binary] show spike count for each event on a separate y-axis plot
end