Design a python program that simulates the game rock, paper, and scissors. You are to keep track of your wins, losses, and ties. You are to allow the users to play over and over again until he or she...

# library to generate a random integer.
import random
# Global variables
# dictonary to map integer values to user choices.
choices = {
1: "Rock",
2: "Paper",
3: "Scissor"
}
# dictonary to map int values to win/loose status.
status = {
0: "Win",
1: "Loose"
}
class Game:
""" Game class represents a single simulation of game,
where user and computer choose one option out of rock, paper and scissor.
"""
def __init__(self, choice) -> None:
""" Constructor
Args:
choice ([int]): [for current game, users choice is initalized]
"""
self.userChoice = choices[choice]
self.compChoice = None
def setcompChoice(self) -> None:
""" Generates a random choice out of 3 avaliable choices for computer
"""
self.compChoice = choices[random.randint(1, 3)]
def chooseWinner(self) -> int:
""" Rule of the game:
Rock beats Scissors.
Paper beats Rock.
Scissor beats paper.
Returns:
int: [0, if user is winner
1, if computer is winner
-1, if it's a draw]
"""
if self.userChoice == choices[1] and self.compChoice == choices[3]:
print("Computer throws {0}, you {1}".format(
self.compChoice, status[0]))
return 0
elif self.userChoice == choices[3] and self.compChoice == choices[1]:
print("Computer throws {0}, you {1}".format(
self.compChoice, status[1]))
return 1
elif self.userChoice == choices[2] and self.compChoice == choices[1]:
print("Computer throws {0}, you {1}".format(
self.compChoice, status[0]))
return 0
...