original_docstring: 
          Creates a straight long connection between two points A(ax, ay) and B(bx, by) by chaining unit connections between them.
  
          :param ax: x coordinate of point A
          :param ay: y coordinate of point A
          :param bx: x coordinate of point B
          :param by: y coordinate of point B
          :return: False if operation failed, True otherwise
          
docstring: Creates a straight long connection between two points A(ax, ay) and B(bx, by) by chaining unit connections between them.
docstring_tokens: Creates a straight long connection between two points A ( ax ay ) and B ( bx by ) by chaining unit connections between them .
code: def add_long_connection(self, a, b):
          """
          Creates a straight long connection between two points A(ax, ay) and B(bx, by) by chaining unit connections between them.
  
          :param ax: x coordinate of point A
          :param ay: y coordinate of point A
          :param bx: x coordinate of point B
          :param by: y coordinate of point B
          :return: False if operation failed, True otherwise
          """
          # Points not in line
          if a.x != b.x and a.y != b.y:
              return False
          # Same points
          elif a.x == b.x and a.y == b.y:
              return False
          else:
              points = []
              a_distance_from_origin = math.sqrt(a.y**2 + a.x**2)
              b_distance_from_origin = math.sqrt(b.y**2 + b.x**2)
  
              # Ensure a is closest to origin (0,0)
              # if a_distance_from_origin > b_distance_from_origin:
              #     first
              #     a = b
              #     b = temp
  
              # Starting point
              points.append(a)
              # Points between a and b
              if a.x == b.x:
                  difference = b.y - a.y
                  if difference == 1:
                      self.add_connection(a, b)
                      return True
                  for i in range(1, difference):
                      point = self.points[a.x][a.y + i]
                      points.append(point)
              elif a.y == b.y:
                  difference = b.x - a.x
                  if difference == 1:
                      self.add_connection(a, b)
                      return True
                  for i in range(1, difference):
                      point = self.points[a.x + i][a.y]
                      points.append(point)
              # Ending point
              points.append(b)
  
              for i in range(len(points) - 1):
                  first = points[i]
                  second = points[i+1]
                  self.add_connection(first, second)
              return True
code_tokens: def add_long_connection ( self , a , b ) : if a . x != b . x and a . y != b . y : return False elif a . x == b . x and a . y == b . y : return False else : points = [ ] a_distance_from_origin = math . sqrt ( a . y ** 2 + a . x ** 2 ) b_distance_from_origin = math . sqrt ( b . y ** 2 + b . x ** 2 ) points . append ( a ) if a . x == b . x : difference = b . y - a . y if difference == 1 : self . add_connection ( a , b ) return True for i in range ( 1 , difference ) : point = self . points [ a . x ] [ a . y + i ] points . append ( point ) elif a . y == b . y : difference = b . x - a . x if difference == 1 : self . add_connection ( a , b ) return True for i in range ( 1 , difference ) : point = self . points [ a . x + i ] [ a . y ] points . append ( point ) points . append ( b ) for i in range ( len ( points ) - 1 ) : first = points [ i ] second = points [ i + 1 ] self . add_connection ( first , second ) return True
short_docstring: Creates a straight long connection between two points A(ax, ay) and B(bx, by) by chaining unit connections between them.
short_docstring_tokens: Creates a straight long connection between two points A ( ax ay ) and B ( bx by ) by chaining unit connections between them .
comment: """
          Creates a straight long connection between two points A(ax, ay) and B(bx, by) by chaining unit connections between them.
  
          :param ax: x coordinate of point A
          :param ay: y coordinate of point A
          :param bx: x coordinate of point B
          :param by: y coordinate of point B
          :return: False if operation failed, True otherwise
          """$SEP$# Points not in line$SEP$# Same points$SEP$# Ensure a is closest to origin (0,0)$SEP$# if a_distance_from_origin > b_distance_from_origin:$SEP$#     first$SEP$#     a = b$SEP$#     b = temp$SEP$# Starting point$SEP$# Points between a and b$SEP$# Ending point