Cleaned code

completeOriginal.m

@@ -17,4 +17,5 @@ for lab = 1:numLab
 end
 
 Ref = SR.FieldsToSet(Offset,Color,Label);
-end
+
+end
\ No newline at end of file

getLF.m

@@ -61,14 +61,14 @@ for lab = 1:numLab
         SRLabsub  = SRLab {lab}(:,:,1,v);
         SRDispsub = SRDisp{lab}(:,:,1,v);
         
-        SRColsub = utils.fillmissing(SRColsub,seh,1);
-        SRLabsub = utils.fillmissing(SRLabsub,seh,1);
+        SRColsub  = utils.fillmissing(SRColsub,seh,1);
+        SRLabsub  = utils.fillmissing(SRLabsub,seh,1);
         SRDispsub = utils.fillmissing(SRDispsub,seh,1);
-
-        SRColsub = utils.fillmissing(SRColsub,sev,1);
-        SRLabsub = utils.fillmissing(SRLabsub,sev,1);
+        
+        SRColsub  = utils.fillmissing(SRColsub,sev,1);
+        SRLabsub  = utils.fillmissing(SRLabsub,sev,1);
         SRDispsub = utils.fillmissing(SRDispsub,sev,1);
-
+        
         % Compute super-ray boundary
         srxqmin = ceil (min(SRXsub(:)));
         srxqmax = floor(max(SRXsub(:)));

getQueryCoordsAffine.m

@@ -33,6 +33,9 @@ Yp = Y-V.*LFDisp;
 s = cell(1,numLab);
 [SRXq,SRYq,SRDisp] = deal(cell(1,numLab));
 
+%%
+progress('');
+
 fprintf('Super-ray computation...\n');
 for lab = 1:numLab
     msg = ['Initializing super-ray ',num2str(lab),'/',num2str(numLab),'\n'];

getSR.m

@@ -43,12 +43,6 @@ LFDisp(isnan(LFDisp))=0;
 
 % Compute projected coordinates of reference samples
 gv = arrayfun(@(x) 1:x,LFSize,'UniformOutput',false);
-ugv = reshape(gv{4},1,1,1,[],1);
-vgv = reshape(gv{5},1,1,1,1,[]);
-ugv = ugv-centerView(1);
-vgv = vgv-centerView(2);
-
-[LFX,LFY] = ndgrid(gv{:});
 
 [LFX,LFY] = ndgrid(gv{1:2});
 LFX = LFX + Offset(1);
@@ -104,8 +98,6 @@ for lab = 1:numLab
         LFXsub = LFX(mgv{:});
         LFYsub = LFY(mgv{:});
         
-        % [LFXsub,LFYsub,Xq,Yq] = utils.gridCoords(LFXsub,LFYsub,SRXq,SRYq);
-        
         M = isnan(Xq)|isnan(Yq);
         
         Xq(M) = 1;