update selectSide() algorithm, fix plot.m

mat2csv.m

@@ -1,14 +1,6 @@
 selectSide(front);
 %selectSide(rear);
 
-if carSide == 'front'
-    FileData = load('M22H_FrontSuspension_Data.mat');
-elseif carSide == 'rear'
-    FileData = load('M22H_RearSuspension_Data.mat');
-else
-    error('Error: %s is not a valid input', carSide)
-end
-
 fields = fieldnames(FileData);
 fields = fieldnames(FileData);
 for K = 1 : length(fields)

plot.asv

@@ -0,0 +1,12 @@
+selectSide('front');
+%selectSide('rear');
+
+% left and right data are identical
+% this piece of code works regardless of car side
+camber  = fplot(CamberLeft)
+toe     = fplot(ToeLeft)
+caster  = fplot(CasterLeft)
+kpi     = fplot(KingpinLeft)
+AntiDiveLeft    = 
+
+ackermann

plot.m

@@ -1,3 +1,14 @@
-load('M22H_RearSuspension_Data.mat');
+selectSide('front');
+%selectSide('rear');
 
-f = fplot(CamberLeft)
+% left and right data are identical
+% this piece of code works regardless of car side
+camber      = fplot(CamberLeft)
+toe         = fplot(ToeLeft)
+caster      = fplot(CasterLeft)
+kpi         = fplot(KingpinLeft)
+antidive    = fplot(AntiDiveLeft)
+
+if carSide == 'front'
+    Ackermann    = fplot(AckermannLeft)
+end

selectSide.m

@@ -6,8 +6,10 @@ fileName = 'SuspensionData_Exported.xlsx';
 
 if rem(input, 2) == 1
     carSide = 'front';
+    FileData = load('M22H_FrontSuspension_Data.mat');
 elseif rem(input, 2) == 0
     carSide = 'rear';
+    FileData = load('M22H_RearSuspension_Data.mat');
 else
-    fprintf = 'An error occured!';
+    error('Error: %s is not a valid input', carSide)
     end;