Python
Objective
Develop an interface system using techniques and design patternsseen in class through a problem with realistic constraints.
Specs
  Write an interactive program for a boardgame called Parcheesi.
- Use just the basic rules. It can be consulted on Wikipedia
- Make two implementations of user interface, one text-based andthe other graphically. Use the case study \"Dice Poker\" in Chapter12 as a reference
- It should not include any other graphics system otherthan graphics.py
- Use inheritance that allows to extend or overwrite appearanceproperties or behaviors for both the dice, the player's pieces andthe board. See example in the \"ColorDieView\" class from chapter12.
put the program output
I need to make it work!!!
from graphics import Graphwin, Point, Linefrom math import pi, cos, sindef Koch(Turtle, lenghth, degree): if degree == 0: Turtle.draw(length) else: length1 = length/3 degree1 = degree - 1 Koch(Turtle, length1, degree1) Turtle.turn(-60) Koch(Turtle, length1, degree1) Turtle.turn(120) Koch(Turtle, length1, degree1) Turtle.turn(-60) Koch(Turtle, length1, degree1)class Turtle: def __init__(self, point, direction, windows): self.location = point self.direction = direction * pi / 3 self.win = window def moveTo(self, newpoint): self.location = newpoint def _moveTo(self, length): dx = length * cos(self.direction) dy = length * sin(self.direction) x = self.location.getX() y = self.location,getY() x += dx y += dy newpoint = Point(x, y) return self.moveTo(newpoint) def draw(self, length): oldLocation + self.location self._moveTo(length) path = Line(oldLocation, self.location) path.draw(self.win) def turn(self, direction): if direction == -60: self.direction -= (pi / 3) elif direction == 120: self.direction += (2 * pi / 3)def main(): length = 500 degree = 5 win = GraphWin(\"Koch SnowFlake\", 800, 800) dir = 0 turtle = Turtle(Point(150, 250), dir, win) for i in range(3): Koch(turtle, length, degree) turtle.turn(120) win. getMouse()main()
