Fixed 80 character limit.

src/LicensePlate.py

@@ -18,30 +18,30 @@ class LicensePlate:
         self.height = int(properties['height'])
 
         self.read_xml()
-    
+
     def are_corners_sorted(corners):
-        ''' Check if points are sorted clockwise, starting in the left-top
-         corner.'''
+        '''Check if points are sorted clockwise, starting in the left-top
+        corner.'''
         x0, y0 = corners[0].to_tuple()
         x1, y1 = corners[1].to_tuple()
         x2, y2 = corners[2].to_tuple()
         x3, y3 = corners[3].to_tuple()
-        
+
         return x0 < x1 and y1 <= y2 and x2 >= x3 and y3 > y0
-        
+
     def sort_corners(corners):
-        '''Sort the corners clockwise, starting in the left-top corner. '''
+        '''Sort the corners clockwise, starting in the left-top corner.'''
         tuples = []
         output = []
-        
+
         for point in corners:
             tuples.append(point.to_tuple())
-        
+
         bot1 = (0, 0)
         bot2 = (0, 0)
         top1 = None
         top2 = None
-        
+
         # Get bottom points (where the y value is the largest). The top points
         # are the points that are not a bottom point.
         for tup in tuples:
@@ -50,7 +50,7 @@ class LicensePlate:
                     top1 = bot2
                 else:
                     top2 = bot2
-                    
+
                 if tup[1] > bot1[1]:
                     bot2 = bot1
                     bot1 = tup
@@ -61,7 +61,7 @@ class LicensePlate:
                     top1 = tup
                 else:
                     top2 = tup
-        
+
         # First point is the smallest x-value top point, second is the other
         # top point
         if top1[0] < top2[0]:
@@ -70,7 +70,7 @@ class LicensePlate:
         else:
             output.append(Point(top2[0], top2[1]))
             output.append(Point(top1[0], top1[1]))
-            
+
         # Third point is the bottom point with the largest x-value, fourth is
         # the other bottom point
         if bot1[0] > bot2[0]:
@@ -79,9 +79,9 @@ class LicensePlate:
         else:
             output.append(Point(bot2[0], bot2[1]))
             output.append(Point(bot1[0], bot1[1]))
-            
+
         return output
-    
+
     # sets the entire license plate of an image
     def retrieve_data(self, corners):
         x0, y0 = corners[0].to_tuple()
@@ -111,16 +111,16 @@ class LicensePlate:
                 or_coor   = dot(P, ([[i],[j],[1]]))
                 or_coor_h = (or_coor[1][0] / or_coor[2][0],
                              or_coor[0][0] / or_coor[2][0])
-                
+
                 data[j][i] = self.pV(or_coor_h[0], or_coor_h[1])
 
         return data
 
     def get_transformation_matrix(self, matrix):
         # Get the vector p and the values that are in there by taking the SVD.
-        # Since D is diagonal with the eigenvalues sorted from large to small on
-        # the diagonal, the optimal q in min ||Dq|| is q = [[0]..[1]]. Therefore,
-        # p = Vq means p is the last column in V.
+        # Since D is diagonal with the eigenvalues sorted from large to small
+        # on the diagonal, the optimal q in min ||Dq|| is q = [[0]..[1]].
+        # Therefore, p = Vq means p is the last column in V.
         U, D, V = svd(matrix)
         p = V[8][:]