Directory separator bug fix

Author: KhanMechAI

.DS_Store

@@ -12,3 +12,4 @@ _trash_output/Path Plots/Load Path Model 1 - Z Path.bmp
 _trash_output/Path Plots/Load Path Model 2 - X Path.bmp
 _trash_output
 Define_Waitbar.m
+*.MATLABDriveTag

.gitignore

@@ -1,68 +1,67 @@
-function [nodes] = Input_NodeDatRead(fname, StressData, numNodes)
-%% Description
-% This script builds node objects from the stress data read in from
-% nodeDat.m. The initial reason this was not implemented in one parse was
-% inconsistent node's coming from the files. This seemed to be happening
-% when ANSYS would delete midside nodes, hence not storing their stress
-% values, but keeping the numbering system. I built this as a workaround.
-%
-% Since then however, I cam up with a better way of doing this which I am
-% yet to implement for nodes, but implemented for elements.
-
-    clear nodes
-    if ismac
-        path_separator = '/';
-    elseif ispc
-        path_separator = '\';
-    end
-    fname = strjoin([fname  path_separator 'ds.dat'],'');
-    
-    nodeNums = StressData(1,:);
-    xstress = StressData(2,:);
-    ystress = StressData(3,:);
-    zstress = StressData(4,:);
-    xystress = StressData(5,:);
-    yzstress = StressData(6,:);
-    xzstress = StressData(7,:);
-    
-    %Opening file and scanning to the first useful string.
-    datafile = fopen(fname);
-
-    trashdata = 'a';
-    startelements = '/com,*********** Nodes ';
-
-    while ~strncmpi(trashdata,startelements, 23)
-        trashdata = fgetl(datafile);
-    end
-    
-    nid = 'a';
-    
-    while ~strncmpi(nid(1), '(', 1)
-        nid = strtrim(fgetl(datafile));
-    end
-    
-    nodes(1,numNodes) = Input_Node();
-    
-    linetest = fgetl(datafile);
-    linetest = strsplit(linetest);
-    linetest = str2double(linetest);
-    
-    %Building node objects to store stress data
-    i = 1;
-    while linetest(1) ~= -1
-        if i == linetest(2)
-            
-            nodes(i) = Input_Node(linetest(2), linetest(3), linetest(4),linetest(5),...
-                       xstress(i), ystress(i),zstress(i),xystress(i),...
-                       yzstress(i),xzstress(i));
-            linetest = fgetl(datafile);
-            linetest = strsplit(linetest);
-            linetest = str2double(linetest);
-        else
-            nodes(i) = Node(i, NaN, NaN,NaN,NaN,NaN,NaN,NaN,NaN,NaN);
-        end
-    
-    i = i+1;
-    end
-    fclose(datafile); 
-end
+function [nodes] = Input_NodeDatRead(fname, StressData, numNodes)
+%% Description
+% This script builds node objects from the stress data read in from
+% nodeDat.m. The initial reason this was not implemented in one parse was
+% inconsistent node's coming from the files. This seemed to be happening
+% when ANSYS would delete midside nodes, hence not storing their stress
+% values, but keeping the numbering system. I built this as a workaround.
+%
+% Since then however, I cam up with a better way of doing this which I am
+% yet to implement for nodes, but implemented for elements.
+
+    clear nodes
+    path_separator = '/';
+    if ispc
+        path_separator = '\';
+    end
+    fname = strjoin([fname  path_separator 'ds.dat'],'');
+    
+    nodeNums = StressData(1,:);
+    xstress = StressData(2,:);
+    ystress = StressData(3,:);
+    zstress = StressData(4,:);
+    xystress = StressData(5,:);
+    yzstress = StressData(6,:);
+    xzstress = StressData(7,:);
+    
+    %Opening file and scanning to the first useful string.
+    datafile = fopen(fname);
+
+    trashdata = 'a';
+    startelements = '/com,*********** Nodes ';
+
+    while ~strncmpi(trashdata,startelements, 23)
+        trashdata = fgetl(datafile);
+    end
+    
+    nid = 'a';
+    
+    while ~strncmpi(nid(1), '(', 1)
+        nid = strtrim(fgetl(datafile));
+    end
+    
+    nodes(1,numNodes) = Input_Node();
+    
+    linetest = fgetl(datafile);
+    linetest = strsplit(linetest);
+    linetest = str2double(linetest);
+    
+    %Building node objects to store stress data
+    i = 1;
+    while linetest(1) ~= -1
+        if i == linetest(2)
+            
+            nodes(i) = Input_Node(linetest(2), linetest(3), linetest(4),linetest(5),...
+                       xstress(i), ystress(i),zstress(i),xystress(i),...
+                       yzstress(i),xzstress(i));
+            linetest = fgetl(datafile);
+            linetest = strsplit(linetest);
+            linetest = str2double(linetest);
+        else
+            nodes(i) = Node(i, NaN, NaN,NaN,NaN,NaN,NaN,NaN,NaN,NaN);
+        end
+    
+    i = i+1;
+    end
+    fclose(datafile); 
+end