(Python 2.7) I'm trying to access the vertices variable from the SierpinskiTriangle class and use it in the second bit of code listed but it shows TypeError: 'property' object is not iterable I can only assume it is due to the accessors/mutators Base code: class Fractal (object): # the constructor def init_(self, dimensions): # the canvas dimensions self.dimensions dimensions t the default number of points to plot is 58,80e self.num points 5eeea the default distance ratio is 0.5 (halfway) self.r e.5 # accessors and mutators def vertices (self): return self. vertices @vertices.setter def vertices (self, v): selfvertices v - class SierpinskiTriangle(Fractal): # the constructor def init_(self, canvas): call the constructor in the superclass Fractal._init__(self, canvas) # define the vertices based on the fractal size v1 - Point(self.dimensions["mid_x"], self.dimensions [ "min y"]) v2 Point (self.dimensions["min_x"], self.dimensions [ "max_y"]) v3Point(self.dimensions["max_x"], self.dimensions [ "max_y"]) self.vertices [ vl, v2, v3 ] Code to get vertices in: class ChaosGame (Canvas): vertex_radius 2 vertex_color "red point_color "black" def init_(self, master): Canvas._init_(self, master, bg "white") self.pack(fill BOTH, expand = 1) # a function that takes a string that represents the fractal to create def make(self, f): if f"SierpinskiTriangle": if f"SierpinskiCarpet" if f"Pentagon": if f "Hexagon". ifOctagon" vertices SierpinskiTriangle.vertices vertices [] vertices [] vertices [] vertices[ print vertices for point in vertices self.plot_point(self, point, ChaosGame.vertex_color, ChaosGame.vertex_radius) (Python 2.7) I'm trying to access the vertices variable from the SierpinskiTriangle class and use it in the second bit of code listed but it shows TypeError: 'property' object is not iterable I can only assume it is due to the accessors/mutators Base code: class Fractal (object): # the constructor def init_(self, dimensions): # the canvas dimensions self.dimensions dimensions t the default number of points to plot is 58,80e self.num points 5eeea the default distance ratio is 0.5 (halfway) self.r e.5 # accessors and mutators def vertices (self): return self. vertices @vertices.setter def vertices (self, v): selfvertices v - class SierpinskiTriangle(Fractal): # the constructor def init_(self, canvas): call the constructor in the superclass Fractal._init__(self, canvas) # define the vertices based on the fractal size v1 - Point(self.dimensions["mid_x"], self.dimensions [ "min y"]) v2 Point (self.dimensions["min_x"], self.dimensions [ "max_y"]) v3Point(self.dimensions["max_x"], self.dimensions [ "max_y"]) self.vertices [ vl, v2, v3 ] Code to get vertices in: class ChaosGame (Canvas): vertex_radius 2 vertex_color "red point_color "black" def init_(self, master): Canvas._init_(self, master, bg "white") self.pack(fill BOTH, expand = 1) # a function that takes a string that represents the fractal to create def make(self, f): if f"SierpinskiTriangle": if f"SierpinskiCarpet" if f"Pentagon": if f "Hexagon". ifOctagon" vertices SierpinskiTriangle.vertices vertices [] vertices [] vertices [] vertices[ print vertices for point in vertices self.plot_point(self, point, ChaosGame.vertex_color, ChaosGame.vertex_radius)