can you adapt the sample python code from this activity?

import math class Shape: def __init__(self, id=0, name="Shape", borderColor="Black"): self.id=id self.name=name self.borderColor = borderColor def CalculatePerimeter(self): return "not computable" def CalculateArea(self): return "not computable" def __str__(self): return f"[{self.id}] {self.name}" class Rectangle(Shape): def __init__(self, id, name, borderColor, width, length): self.width=width self.length=length super().__init__(id, name, borderColor) def CalculatePerimeter(self): return 2 * (self.length + self.width) def CalculateArea(self): return self.length * self.width def __str__(self): p = self.CalculatePerimeter() a = self.CalculateArea() return f"Rectangle: [{self.id}] {self.name} | Area is {a}, Perim is {p}" class Circle(Shape): def __init__(self, id, name, borderColor, diameter, angle=360): self.diameter = diameter self.angle = angle self.radius = self.diameter / 2 super().__init__(id, name, borderColor) def CalculateArea(self): return round(math.pi * self.radius**2 * self.angle/360, 2) def CalculatePerimeter(self): return round(math.pi * self.diameter, 2) def __str__(self): p = self.CalculatePerimeter() a = self.CalculateArea() return f"Circle: [{self.id}] {self.name} | Area is {a}, Perim is {p}" class Triangle(Shape): def __init__(self, id, name, borderColor, base, height, sideLeft, sideRight): self.base = base self.height = height self.sideLeft = sideLeft self.sideRight = sideRight super().__init__(id, name, borderColor) def CalculatePerimeter(self): return self.base + self.sideLeft + self.sideRight def CalculateArea(self): return self.base * self.height / 2 def __str__(self): p = self.CalculatePerimeter() a = self.CalculateArea() return f"Triangle: [{self.id}] {self.name} | Area is {a}, Perim is {p}" def add_shape(): shape_type = input("Enter the type of shape (rectangle, circle, triangle): ") id = int(input("Enter the id of the shape: ")) name = input("Enter the name of the shape: ") border_color = input("Enter the border color of the shape: ") if shape_type == "rectangle": width = int(input("Enter the width of the rectangle: ")) length = int(input("Enter the length of the rectangle: ")) shape_list.append(Rectangle(id, name, border_color, width, length)) elif shape_type == "circle": diameter = int(input("Enter the diameter of the circle: ")) angle = int(input("Enter the angle of the circle: ")) shape_list.append(Circle(id, name, border_color, diameter, angle)) elif shape_type == "triangle": base = int(input("Enter the base of the triangle: ")) height = int(input("Enter the height of the triangle: ")) side_left = int(input("Enter the left side of the triangle: ")) side_right = int(input("Enter the right side of the triangle: ")) shape_list.append(Triangle(id, name, border_color, base, height, side_left, side_right)) else: print("Invalid shape type") def display_all_shapes(): for shape in shape_list: print(shape) def display_single_shape(): id = int(input("Enter the id of the shape: ")) for shape in shape_list: if shape.id == id: print(shape) break else: print("Shape with the given id not found") shape_list = [] while True: print("1. Add a shape") print("2. Display all shapes") print("3. Display a single shape") choice = int(input("Enter your choice: ")) if choice == 1: add_shape() elif choice == 2: display_all_shapes() elif choice == 3: display_single_shape() else: break

In this lab assignment, you need to repeat the inclass programming exercise for a different scenario. The interface and the functionality will be the same, but they need to be adopted to different classes. In the lecture, there were Circle, Triangle, and Rectangle classes deriving from the Shape class. Differently, in this assignment, you need to create the FootballTeam and BasketballTeam classes that derive from the Team class. As in the Shapes application, the user should be able to add a new team, display details of a selected team, and list all teams by their id and name. The properties and the methods of all classes that you need to create are given below. Team class attributes: league instance attributes: id, name, wins, defeats, scoresAchieved, scoresConceded, average (which is equal to scoresAchieved - scoresConceded). Football Team instance attributes: draws functions: calculateMatchsPlayed() \#should return wins + defeats + draws calculatePoints () \#should return wins * 3+ draws team, display details of a selected team, and list all teams by their id and name. The properties and the methods of all classes that you need to create are given below. Team class attributes: league instance attributes: id, name, wins, defeats, scoresAchieved, scoresConceded, average (which is equal to scoresAchieved - scoresConceded). Football Team instance attributes: draws functions: calculateMatchsPlayed() \#should return wins + defeats + draws calculatePoints() \#should return wins * 3+ draws Basketball Team instance attributes: totalFauls, totalRebounds functions: calculateMatchsPlayed() \#should return wins + defeats calculatePoints () \#should return wins * 2+ defeats