cnmvec = {'NSM','AIY','RIB','AVB','RME','RIA','ASI','AIA','AVA','RIF'}; setsavpath gset = {'tph','mod','pdfr'}; corder = [1 4 2 3 5 6 7 8 9 10 11]; clst = {.7*ones(1,3),[.8 0.3 .3],[0.2 .6 0.2]}; figure(230);clf;hold all for gi = 1:length(gset) gtype = [gset{gi} 'opctl']; if ~isempty(dir([savpath gtype '_optotrigdat.mat'])) load([savpath gtype '_optotrigdat.mat']) pnm = length(corder); pln = length(pt(1).nmean); for cpi = 1:length(corder) % pi = cpi; cid = corder(cpi); subplot(ceil(pnm/2),2,cpi); cla;hold all % patch(obd([1 2 2 1])/dw,[-.1 -.1 1 1]*2,'r','edgecolor','none','facealpha',.15) if cid<=length(pt) plot(smooth(pt(cid).nmean,7),'color',clst{1},'linewidth',1.5) px = [1:pln,pln:-1:1]; ptc = [smooth(pt(cid).nci(1,:),7) smooth(pt(cid).nci(2,:),7)]'; py = [ptc(1,:) ptc(2,end:-1:1)]; patch(px,py,clst{1},'edgecolor','none','facealpha',.65) set(gca,'xtick',(0:60:600)/dw,'xticklabel','','yticklabel','',... 'tickdir','out','ticklength',.025*[1 1]) end if cid~=11 ylim([-.2 1.2]) title(cnmvec(cid)) else title('Speed') ylim([0 .065]) end end end % gtype = [gset{gi} '1opt']; load([savpath gtype '_optotrigdat.mat']) for cpi = 1:length(corder) pi = cpi; cid = corder(cpi); if cid~=11; cli = 2; else cli = 3;end subplot(ceil(pnm/2),2,cpi); hold all % plot(smooth(pt(cid).nmean,7),'color',clst{cli},'linewidth',1.5) px = [1:pln,pln:-1:1]; ptc = [smooth(pt(cid).nci(1,:),7) smooth(pt(cid).nci(2,:),7)]'; py = [ptc(1,:) ptc(2,end:-1:1)]; patch(px,py,clst{cli},'edgecolor','none','facealpha',.65) set(gca,'xtick',(0:60:600)/dw,'xticklabel','','yticklabel','',... 'tickdir','out','ticklength',.025*[1 1]) %,'xtick',[45 61 91 106] if cid~=11 ylim([0 1.1]) title(cnmvec(cid)) else title('Speed') ylim([0 .08]) set(gca,'ytick',0:.04:.1) end end end %% if svon svname = [gtype '_opto_trig']; savfig(savpath2,svname) end