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plotBadGoodTouches_1.m
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plotBadGoodTouches_1.m
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function plotBadGoodTouches_1(in, name, session)
%keyboard
%%
allTouch = {};
goodBadTouches = {};
sessionTick = zeros(1, numel(in));
cueOnset = {};
for isess = 1:numel(in)
if isess == 1
sessionTick(isess) = 1;
else
sessionTick(isess) = numel(allTouch{isess - 1}) + sessionTick(isess - 1);
end
oneSession = in(isess);
allTrials = oneSession.trials;
touchStatus = {};
trialState = {};
for i = 1:numel(allTrials)
touchStatus{i} = allTrials(i).touchStatus;
trialState{i} = allTrials(i).state;
failType{i} = allTrials(i).flagFail;
end
%%keyboard
%%
allTouch{isess} = {};
goodBadTouches{isess} = {};
cueOnset{isess} = {};
cueTimeOut{isess} = {};
%goodTouch{isess} = {};
%anyTouch{isess} = false(1, numel(trialState));
%isGoodTouch{isess} = false(1, numel(trialState));
%goodTouchTime{isess} = NaN(1, numel(trialState));
for x = 1:numel(trialState) %loops through each field, where each field is named 1,2,3,...
allTouch{isess}{x} = zeros(1, numel(trialState{x}));
tick = 2;
% badTouch = 0;
while tick <= length(trialState{x}) %loops through each row in the field
if touchStatus{x}(tick) == 1 && touchStatus{x}(tick - 1) == 0 %if it is the first tick of a touch
if trialState{x}(tick) ~= 3
allTouch{isess}{x}(tick) = 1;
else
allTouch{isess}{x}(tick) = 2;
end
end
tick = tick + 1;
end
% goodBadTouches{isess}{x} = allTouch{isess}{x}(allTouch{isess}{x} > 0);
%plot(x,badTouch(x));
%hold on;
tmp = find(trialState{x} == 3);
cueOnset{isess}{x} = tmp(1);
if failType{x} == 9
tmp_1 = find(trialState{x} == 5);
cueTimeOut{isess}{x} = tmp_1(1);
else
cueTimeOut{isess}{x} = NaN;
end
end
end
%keyboard
% for ii = 1:(length(in.trials))
% hold on
% plot(in.trials(ii).)
% end
% keyboard
%% plotting session details, aligned to cueOnset
isess = numel(in);
maxCueOn = max([cueOnset{isess}{:}]);
align_offset = {};
adjust_x = maxCueOn + 500;
figure
for itrial = 1: numel(allTouch{isess})
y = itrial * ones(1, length(allTouch{isess}{itrial}));
x = 1:length(allTouch{isess}{itrial});
align_offset{isess}{itrial} = maxCueOn - cueOnset{isess}{itrial} + 500;
scatter((2*(x(allTouch{isess}{itrial} == 1) + align_offset{isess}{itrial} - adjust_x))/1000, y(allTouch{isess}{itrial} == 1), 'r', 'filled')
hold on
scatter((2*(x(allTouch{isess}{itrial} == 2) + align_offset{isess}{itrial} - adjust_x))/1000, y(allTouch{isess}{itrial} == 2), 'g', 'filled')
hold on
scatter((2*(x(cueOnset{isess}{itrial}) + align_offset{isess}{itrial} - adjust_x))/1000, itrial, 'k', '^')
hold on
scatter((2*(align_offset{isess}{itrial} - adjust_x))/1000, itrial, 'k', 'd', 'filled')
hold on
if ~isnan(cueTimeOut{isess}{itrial})
scatter((2*(x(cueTimeOut{isess}{itrial}) + align_offset{isess}{itrial} - adjust_x))/1000, itrial, 'b', 's', 'filled')
end
end
set(gcf, 'Position', [0 0 1200 1000])
set(gca, 'ytick', [1 : 1 : itrial])
ax = gca;
ax.XGrid = 'off';
ax.YGrid = 'on';
ax.XAxis.Exponent = 0;
ylabel('trial')
xlabel('time (s)')
axis tight
%print(gcf, 'sess2_alignedToCueOnset_zoomed', '-dpng')
title([name ' ' session])
return;
%% plotting session details, aligned to trial Start
isess = numel(in);
figure
for itrial = 1: numel(allTouch{isess})
y = itrial * ones(1, length(allTouch{isess}{itrial}));
x = 1:length(allTouch{isess}{itrial});
scatter(2*x(allTouch{isess}{itrial} == 1), y(allTouch{isess}{itrial} == 1), 'r', 'filled')
hold on
scatter(2*x(allTouch{isess}{itrial} == 2), y(allTouch{isess}{itrial} == 2), 'g', 'filled')
hold on
scatter(2*x(cueOnset{isess}{itrial}), itrial, 'k', '^')
hold on
%scatter(2*align_offset{isess}{itrial}, itrial, 'k', 'd', 'filled')
%hold on
if ~isnan(cueTimeOut{isess}{itrial})
scatter(2*x(cueTimeOut{isess}{itrial}), itrial, 'b', 's', 'filled')
end
end
set(gcf, 'Position', [0 0 1200 1000])
set(gca, 'ytick', [1 : 1 : itrial])
ax = gca;
ax.XGrid = 'off';
ax.YGrid = 'on';
ylabel('trial')
xlabel('time (s)')
axis tight
%print(gcf, 'exampleSession', '-dpng')
title([name ' ' session])
%%
isess = numel(in);
figure
for itrial = 1: numel(goodBadTouches{isess})
if ~isempty(goodBadTouches{isess}{itrial})
y = itrial * ones(1, length(goodBadTouches{isess}{itrial}));
x = 1:length(goodBadTouches{isess}{itrial});
scatter(x(goodBadTouches{isess}{itrial} == 1), y(goodBadTouches{isess}{itrial} == 1), 'r', 'filled')
hold on
scatter(x(goodBadTouches{isess}{itrial} == 2), y(goodBadTouches{isess}{itrial} == 2), 'g', 'filled')
hold on
end
end
set(gcf, 'Position', [0 0 600 1000])
set(gca, 'ytick', [1 : 1 : itrial])
ax = gca;
ax.XGrid = 'off';
ax.YGrid = 'on';
ylabel('trial')
xlabel('touch')
print(gcf, 'exampleSession', '-dpng')
%% plot session summary
figure
baseX = [1,2,3];
g = cell(3,1);
g{1} = 'Good Touches';
g{2} = 'Bad Touches';
g{3} = 'No Touch';
%c = linspace(1,10,length(baseX));
c = [0,1,0;1,0,0;0,0,0];
for i = 1:numel(badTouch)
bad = sum(badTouch{i});
good = sum(goodTouch{i});
noTouch = sum(~anyTouch{i});
sz = 100;
%scatter((5*(i-1)+baseX), [bad,good,noTouch], sz, c, 's');
gscatter((5*(i-1)+baseX), [good,bad,noTouch], g, 'grk', 's', 10);
if i == 1
legend('Location','northwestoutside')
end
hold on
end
ylabel('Num of Touches')
xticks(((1:numel(badTouch))-1)*5 + 2);
xticklabels({'Sess 1', 'Sess 2', 'Sess 3', 'Sess 4'})
%%
%keyboard
%%
all_badTouches = cat(2, badTouch{:});
all_anyTouches = cat(2, anyTouch{:});
x = 1:numel(all_badTouches);
%%
figure
scatter(x(all_anyTouches), all_badTouches(all_anyTouches), 'g', 'filled')
hold on
scatter(x(~all_anyTouches), all_badTouches(~all_anyTouches), 'r', 'filled')
ylabel('Num of bad touches')
xticks(sessionTick);
xticklabels({'Sess 1', 'Sess 2', 'Sess 3'})
xlabel('Trials')
title('Bad touches across sessions')
set(gcf, 'Position', [50, 200, 1800, 600])
%%
all_goodTimes = cat(2, goodTouchTime{:});
all_isGoodTouch = cat(2, isGoodTouch{:});
x = 1:numel(all_isGoodTouch);
%%
zeroX = zeros(1, numel(x));
figure
scatter(x(all_isGoodTouch), all_goodTimes(all_isGoodTouch), 'b', 'filled')
hold on
ylabel('Reaction Time for Touching')
scatter(x(~all_isGoodTouch), zeroX(~all_isGoodTouch), 'r', 'filled')
xticks(sessionTick);
xticklabels({'Sess 1', 'Sess 2', 'Sess 3', 'Sess 4'})
xlabel('Trials')
title('Reaction Time for Touching across sessions')
set(gcf, 'Position', [50, 200, 1800, 600])