ITD_TWF_Behavior_ECoG_Rat/ECoG/code/ecog_decoding_plot_trained_naive.m

root='/ephys/2/Cecilia_TWF/Analysis'
if ~exist(root,'dir')
    root=['/home/colliculus/' root]
end
cd([root '/Analysis_AC_ECoG_TWF_ITD_SparseData/decoding'])
addpath(root)
fsz = 10; % font size

% working on Cecilia's desktop
% cd Z:/ephys/2/Cecilia_TWF/Analysis/Analysis_AC_ECoG_TWF_ITD_SparseData/decoding
% addpath('Z:/ephys/2/Cecilia_TWF/Analysis')

%% compute average 1-30ms  for naive rats

temp=dir('TWF*twin_perm.mat');
all_decoding_avg=[];
all_decoding_perm=[];
for i=1:length(temp)
    load(temp(i).name);
    
    all_decoding_avg(i,:)=mean(dist_all,2);

    for n=1:no_iter
        all_decoding_perm(i,n,:)=mean(dist_all.*reshape(randsample([-1 1],size(dist_all,1)*size(dist_all,2),'true'),size(dist_all)),2);
    end
end

confint_99_avg=squeeze(mean(prctile(all_decoding_perm,[.5 99.5],2),1));

clear ps
for i=1:4
    [ps(i) h stats]=signrank(all_decoding_avg(:,i),0,'method','approximate');
    zs(i) = stats.zval;
end

for i=1:4
    for j=1:4
        ps2(i,j)=signrank(all_decoding_avg(:,i),all_decoding_avg(:,j));
    end
end

all_decoding_avg_naive = all_decoding_avg;
ps_naive = ps;


%% compute average 1-30ms  for naive rats

temp=dir('trained*twin_perm.mat');
all_decoding_avg=[];
all_decoding_perm=[];
for i=1:length(temp)
    load(temp(i).name);
    
    all_decoding_avg(i,:)=mean(dist_all,2);

    for n=1:no_iter
        all_decoding_perm(i,n,:)=mean(dist_all.*reshape(randsample([-1 1],size(dist_all,1)*size(dist_all,2),'true'),size(dist_all)),2);
    end
end

confint_99_avg=squeeze(mean(prctile(all_decoding_perm,[.5 99.5],2),1));

clear ps
for i=1:4
    [ps(i) h stats]=signrank(all_decoding_avg(:,i),0,'method','approximate');
    zs(i) = stats.zval;
end

for i=1:4
    for j=1:4
        ps2(i,j)=signrank(all_decoding_avg(:,i),all_decoding_avg(:,j));
    end
end

all_decoding_avg_trained = all_decoding_avg;
ps_trained = ps;

%% Now plot
figure('units','centimeters','position',[1,1,15,13]); clf;

%
ax1=subplot(1,2,1)
set(ax1,'fontsize',fsz)

cols={'b' 'r' 'm' [.5 .5 .5]};
hold on
for i=1:4
    bar(i,mean(all_decoding_avg_naive(:,i),1),'facecolor',cols{i},'linestyle','none')
    line([i i],[mean(all_decoding_avg_naive(:,i),1)-std(all_decoding_avg_naive(:,i),1)/sqrt(14) mean(all_decoding_avg_naive(:,i),1)+std(all_decoding_avg_naive(:,i),1)/sqrt(14)],'color','k')
end
xlim([0 5])
ylabel('decoding (a.u.)','fontsize',fsz)
xlabel('click','fontsize',fsz)
xticklabels({' ','1','2','3','4',' '})
ylim([-2 14]*10e-4)
scatter(find(ps_naive<.05),mean(all_decoding_avg_naive(:,find(ps_naive<.05)),1)*1.4,10,'k*')
t1=title('naive rats','fontsize',fsz)
p=get(t1,'pos'); p(2)=p(2)*1.07; set(t1,'pos',p)
p=get(ax1,'pos'); p(2)=p(2)*1.1; p(4)=p(4)*.9; set(ax1,'pos',p)
xl=xlim();xw=xl(2)-xl(1); lx=xl(1)-xw*0.10;
yl=ylim();yw=yl(2)-yl(1); ly=yl(2)+yw*0.1;
lab1=text(lx, ly, 'A', 'fontsize',fsz+3);

ax1=subplot(1,2,2)
set(ax1,'fontsize',fsz)

cols={'b' 'r' 'm' [.5 .5 .5]};
hold on
for i=1:4
    bar(i,mean(all_decoding_avg_trained(:,i),1),'facecolor',cols{i},'linestyle','none')
    line([i i],[mean(all_decoding_avg_trained(:,i),1)-std(all_decoding_avg_trained(:,i),1)/sqrt(14) mean(all_decoding_avg_trained(:,i),1)+std(all_decoding_avg_trained(:,i),1)/sqrt(14)],'color','k')
end
xlim([0 5])
ylabel('decoding (a.u.)','fontsize',fsz)
xlabel('click','fontsize',fsz)
xticklabels({' ','1','2','3','4',' '})
ylim([-2 14]*10e-4)
scatter(find(ps_trained<.05),mean(all_decoding_avg_trained(:,find(ps_trained<.05)),1)*1.4,10,'k*')
t1=title('trained rats','fontsize',fsz)
p=get(t1,'pos'); p(2)=p(2)*1.07; set(t1,'pos',p)
p=get(ax1,'pos'); p(2)=p(2)*1.1; p(4)=p(4)*.9; set(ax1,'pos',p)
xl=xlim();xw=xl(2)-xl(1); lx=xl(1)-xw*0.10;
yl=ylim();yw=yl(2)-yl(1); ly=yl(2)+yw*0.1;
lab1=text(lx, ly, 'A', 'fontsize',fsz+3);