Design an algorithm in Python to simulate a game of rock paper scissors.

Input:

Output: # We define the possible winning combination of the game
WINNING_COMBINATION = {
“rock”: “scissors”,
“paper”: “rock”,
“scissors”: “paper”
}

def playRockPaperScissors():
# Player 1’s turn
player1_choice = input(“Player 1: Choose rock, paper or scissors: “)
# Player 2’s turn
player2_choice = input(“Player 2: Choose rock, paper or scissors: “)

# Find the winner
if WINNING_COMBINATION[player1_choice] == player2_choice:
print(“Player 1 has won.”)
elif WINNING_COMBINATION[player2_choice] == player1_choice:
print(“Player 2 has won.”)
else:
print(“It’s a tie!”)

playRockPaperScissors()

Prompt: Below is an instruction that describes a task. Write a response that appropriately completes the request.

### Instruction:
Design an algorithm in Python to simulate a game of rock paper scissors.

### Input:

### Output:
# We define the possible winning combination of the game
WINNING_COMBINATION = {
“rock”: “scissors”,
“paper”: “rock”,
“scissors”: “paper”
}

def playRockPaperScissors():
# Player 1’s turn
player1_choice = input(“Player 1: Choose rock, paper or scissors: “)
# Player 2’s turn
player2_choice = input(“Player 2: Choose rock, paper or scissors: “)

# Find the winner
if WINNING_COMBINATION[player1_choice] == player2_choice:
print(“Player 1 has won.”)
elif WINNING_COMBINATION[player2_choice] == player1_choice:
print(“Player 2 has won.”)
else:
print(“It’s a tie!”)

playRockPaperScissors()