git add --all

Code/AnalysesofChannelSinuosityandWidth.m

@@ -1,34 +1,34 @@
-% Following: Read facies model from file
-faciesfileID = fopen('E:\CNN_ModelingProject\Data and Results\Unconditional GAN\2-Progressive GAN\Partial assessement of global features\images_generated_300.out', 'r');
-facies_no = 300;
-allfacies = fscanf(faciesfileID, '%f \n', [64, 64*facies_no]);       %imshow(facies);
-allfacies = permute(reshape(allfacies,[64, 64, facies_no]),[2 1 3]);
-
-startpoints = zeros(facies_no, 2);
-endpoints = zeros(facies_no, 2);
-reallengths = zeros(facies_no,1);
-widths = zeros(facies_no,1);
-
-for i =1: facies_no
-    i
-    facies = allfacies(:,:, i);
-    facies =  imbinarize(facies);
-    % Following: Mannually select one connected channel
-    [facies2] = bwselect(facies,4);
-    % Following: Calculate real length and Euclidean distance of selected channel
-    channel_skl = single(bwskel(facies2));  % skeleton of channel
-    [endx, endy] = find(bwmorph(channel_skl,'endpoints')); % endpoints of skeleton
-    startpoint = [endx(1,1), endy(1,1)];
-    endpoint = [endx(2,1), endy(2,1)];
-    QDM = bwdistgeodesic(logical(channel_skl), [endy(1,1)], [endx(1,1)], 'quasi-euclidean');  % Quasi-euclidean distance matrix of channel pixels from the start point of channel
-    reallength = QDM(endx(2,1), endy(2,1));
-    % Following: Calculate width of channel
-    disttobdy = bwdist(1-facies2);
-    width = sum(disttobdy.*channel_skl,'all')/sum(channel_skl, 'all');
-    %Following store calculated parameters
-    startpoints(i,:) = startpoint;
-    endpoints(i,:) = endpoint;
-    reallengths(i,1) = reallength;
-    widths(i,1) = width;
-end
-
+% Following: Read facies model from file
+faciesfileID = fopen('E:\CNN_ModelingProject\Data and Results\Unconditional GAN\2-Progressive GAN\Partial assessement of global features\images_generated_300.out', 'r');
+facies_no = 300;
+allfacies = fscanf(faciesfileID, '%f \n', [64, 64*facies_no]);       %imshow(facies);
+allfacies = permute(reshape(allfacies,[64, 64, facies_no]),[2 1 3]);
+
+startpoints = zeros(facies_no, 2);
+endpoints = zeros(facies_no, 2);
+reallengths = zeros(facies_no,1);
+widths = zeros(facies_no,1);
+
+for i =1: facies_no
+    i
+    facies = allfacies(:,:, i);
+    facies =  imbinarize(facies);
+    % Following: Mannually select one connected channel
+    [facies2] = bwselect(facies,4);
+    % Following: Calculate real length and Euclidean distance of selected channel
+    channel_skl = single(bwskel(facies2));  % skeleton of channel
+    [endx, endy] = find(bwmorph(channel_skl,'endpoints')); % endpoints of skeleton
+    startpoint = [endx(1,1), endy(1,1)];
+    endpoint = [endx(2,1), endy(2,1)];
+    QDM = bwdistgeodesic(logical(channel_skl), [endy(1,1)], [endx(1,1)], 'quasi-euclidean');  % Quasi-euclidean distance matrix of channel pixels from the start point of channel
+    reallength = QDM(endx(2,1), endy(2,1));
+    % Following: Calculate width of channel
+    disttobdy = bwdist(1-facies2);
+    width = sum(disttobdy.*channel_skl,'all')/sum(channel_skl, 'all');
+    %Following store calculated parameters
+    startpoints(i,:) = startpoint;
+    endpoints(i,:) = endpoint;
+    reallengths(i,1) = reallength;
+    widths(i,1) = width;
+end
+