pre:

#this program simulates a game of pig

import random
import time

player_one_score = 0
player_two_score = 0
current_player = "Player One"

for game_round in range(1, 101):#using an extremely long for loop to simulate 100 rounds
    print(f"It's {current_player}'s turn.")
    turn_score = 0

    for roll_count in range(40): #going to be randomly extremely statistically unlikely to reach this limit
        roll = random.randint(1, 6)
        print(f"{current_player} rolls a {roll}")
        time.sleep(1)#for ease of play

        if roll == 1:
            print("You rolled a 1. Switching to the other player's turn.")
            time.sleep(1)
            if current_player == "Player One":
                player_one_score += turn_score
                current_player = "Player Two"
            else:
                player_two_score += turn_score
                current_player = "Player One"
            break
        else:#if player doesn't roll a one, asks user if they want to roll again
            turn_score += roll
            print(f"{current_player}'s score: {player_one_score + turn_score if current_player == 'Player One' else player_two_score + turn_score}")

        choice = input("Roll again? (y/n): ").lower()#lower to filter input
        if choice == 'n':#not a super fan of this, but it works
            if current_player == "Player One":
                player_one_score += turn_score
                current_player = "Player Two"
            else:
                player_two_score += turn_score
                current_player = "Player One"
            break

    if player_one_score >= 30 or player_two_score >= 30:#from 100 to 30 so this doesn't take a super long time
        break

if player_one_score >= 30:
    print(f"Congratulations! Player One wins with a score of {player_one_score}")
if player_two_score >= 30:
    print(f"Congratulations! Player Two wins with a score of {player_two_score}")