SVMCrossVal.git

@@ -89,10 +89,10 @@ for s = 1:nSubjects

 %         coordNameHelper = strcat('v',num2str(iVoxel));

         pst{iVoxel} = calculatePST(args.timeline,pstopts,rawdata); % do not store in subjectStruct, so we can clear it later.

-         p = iVoxel/nVoxel*100;

-         if(mod(iVoxel,floor(nVoxel/100))==0)

-             sprintf(' %g%%\t complete',p);

-         end

+%          p = iVoxel/nVoxel*100;

+%          if(mod(iVoxel,floor(nVoxel/100))==0)

+%              sprintf(' %g%%\t complete',p);

+%          end

     end

     elapsed{s}.psth = toc;

     disp('psth done');

@@ -167,9 +167,12 @@ for s = 1:nSubjects

             z = coord(3);

             img3D(x,y,z) = ((decode/100)-0.5)*2; % range [-1:1]

+            

+            display(sprintf('Status: %03u / %03u Timepoints, %05u / %05u Coordinates',timeShiftIdx,nSamplePoints,iVoxel,nVoxel));

         end  %for each voxel

-        nii = make_nii(img3D,vdim,mask_image.hdr.hist.originator(1:3),16,sprintf('decode performance, time relative to onset: %g to %g sec',frameStart,frameEnd));

+        nii = make_nii(img3D,vdim,mask_image.hdr.hist.originator(1:3),16,...

+            sprintf('decode performance, time relative to onset: %g to %g sec',frameStartIdx,frameEndIdx));

         save_nii(nii,fullfile(savePath,sprintf('%s-%03g',subjects{s}.name,timeShiftIdx)));

     end %for each timeslice

     display('rastering done');