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analysis:course:week10 [2013/11/24 11:52]
mvdm [Visualizing the results]
analysis:course:week10 [2018/07/07 10:19] (current)
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 </​code>​ </​code>​
  
-Next, we plot the spikes of a single cell (cell 5, which we met in the previous module) where the rat was when each spike was emitted:+Next, we plot the spikes of a single cell (cell 7, which we met in the previous module) where the rat was when each spike was emitted:
  
 <code matlab> <code matlab>
 % get x and y coordinate for times of spike % get x and y coordinate for times of spike
-iC = 5;+iC = 7;
 spk_x = interp1(Range(sd.x),​Data(sd.x),​Data(sd.S{iC}),'​linear'​);​ spk_x = interp1(Range(sd.x),​Data(sd.x),​Data(sd.S{iC}),'​linear'​);​
 spk_y = interp1(Range(sd.y),​Data(sd.y),​Data(sd.S{iC}),'​linear'​);​ spk_y = interp1(Range(sd.y),​Data(sd.y),​Data(sd.S{iC}),'​linear'​);​
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 spk_binned = ndhist(cat(1,​spk_x',​spk_y'​),​[SET_nxBins;​ SET_nyBins],​[SET_xmin;​ SET_ymin],​[SET_xmax;​ SET_ymax]); spk_binned = ndhist(cat(1,​spk_x',​spk_y'​),​[SET_nxBins;​ SET_nyBins],​[SET_xmin;​ SET_ymin],​[SET_xmax;​ SET_ymax]);
  
-imagesc(spk_binned'​) +imagesc(spk_binned'​); 
-axis xy; colorbar+axis xy; colorbar;
 </​code>​ </​code>​
  
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 tc = spk_binned./​(occ_binned .* (1./​VT_Fs));​ % firing rate is spike count divided by time tc = spk_binned./​(occ_binned .* (1./​VT_Fs));​ % firing rate is spike count divided by time
  
-pcolor(tc'​);​ shading flat +pcolor(tc'​);​ shading flat; 
-axis xy; colorbar; axis off+axis xy; colorbar; axis off;
 </​code>​ </​code>​
  
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 figure; figure;
 pcolor(tc'​);​ shading flat; axis off pcolor(tc'​);​ shading flat; axis off
-axis xy; colorbar+axis xy; colorbar;
 </​code>​ </​code>​
  
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 tc(isinf(tc)) = NaN; tc(isinf(tc)) = NaN;
  
-pcolor(tc'​);​ shading flat +pcolor(tc'​);​ shading flat; 
-axis xy; colorbar; axis off+axis xy; colorbar; axis off;
 </​code>​ </​code>​
  
analysis/course/week10.1385311957.txt.gz · Last modified: 2018/07/07 10:19 (external edit)