DenoiseCache.getImages parameter order

matlab/+Mitosis/getImageCache.m

@@ -17,15 +17,15 @@ end
 global USE_CUDA
 USE_CUDA=segParams.useCuda&&~ismac && HIP.Cuda.DeviceCount>0;
 
-imCache.im  =DenoiseCache.readImages(CONSTANTS,time,segParams);
-imCache.imM1  =DenoiseCache.readImages(CONSTANTS,time-1,segParams);
+imCache.im  =DenoiseCache.readImages(time,CONSTANTS,segParams);
+imCache.imM1  =DenoiseCache.readImages(time-1,CONSTANTS,segParams);
 if time>2
-    imCache.imM2  =DenoiseCache.readImages(CONSTANTS,time-2,segParams);    
+    imCache.imM2  =DenoiseCache.readImages(time-2,CONSTANTS,segParams);    
 else
     imCache.imM2=[];
 end
 if time<CONSTANTS.imageData.NumberOfFrames
-    imCache.imP1  =DenoiseCache.readImages(CONSTANTS,time+1,segParams);    
+    imCache.imP1  =DenoiseCache.readImages(time+1,CONSTANTS,segParams);    
 else
     imCache.imP1=[];
 end

matlab/+Segment/frameSegment.m

@@ -44,7 +44,7 @@ resolution_um=CONSTANTS.imageData.PixelPhysicalSize; % um per pixel
 min_radius_pixels = segParams.minimumRadius_um ./ resolution_um;
 
 chan=segParams.channels(1); % default channel
-[im,imLog]=DenoiseCache.readImage(CONSTANTS,t,segParams,medianMask);
+[im,imLog]=DenoiseCache.readImages(t,CONSTANTS,segParams,medianMask);
 if all(im(:)==0)
     ljsLog(sprintf('frameSegment: empty image at time=%d -- skipping\n',t));
     return;