3. Snakes and ladders

# Snakes and ladders program # ------------------------- # Import libraries # ------------------------- import random # ------------------------- # Subprograms # ------------------------- def play(board, players): current_player = 0 game_won = False while not game_won: player_square = players[current_player] print() print("------------------------------------") print("Player", current_player + 1, "it's your turn.") print("You are on square", player_square) print("Press Enter to roll the dice.") wait = input() dice = random.randint(1, 6) print("You rolled a", dice) player_square = player_square + dice if player_square > len(board) - 1: player_square = len(board) - 1 print("You moved to square", player_square) board_square = board[player_square] if board_square < player_square: print("Oh no, you landed on a snake.") player_square = board_square print("You are now on square", player_square) elif board_square > player_square: print("Yay, you landed on a ladder.") player_square = board_square print("You are now on square", player_square) if player_square >= len(board) - 1: game_won = True print("Player", current_player + 1, "wins the game!") else: players[current_player] = player_square print("Press Enter for the next player to take their turn.") wait = input() current_player = (current_player + 1) % len(players) def initialise_board(squares): random.seed() board = [] for square in range(squares + 1): board.append(square) board[4] = 7 board[6] = 15 board[18] = 23 board[19] = 2 board[24] = 17 return board def initialise_players(): players = [1, 1] return players # ------------------------- # Main program # ------------------------- board = initialise_board(25) players = initialise_players() play(board, players)