Python implements the game, and python implements the game.

Python implements the game, and python implements the game.

This article provides an example of how python implements a game of the game. The details are as follows:

Python 3.4.0 is compiled and run in Windows 7. It is not compatible with Linux because it is called by cmd.
The game is a game, where the numbers on the keyboard correspond to the Board position.

# Compile and debug the game python3.4.0 and only run it in windows. Import randomimport subprocessimport time # define function def draw_board (the_board): subprocess. call ("cls", shell = True) print ('------- \ n' +' | '+ the_board [9] +' | '+ the_board [8] +' | '+ the_board [7] +' | \ N' + '------- \ n' +' | '+ the_board [6] +' | '+ the_board [5] +' | '+ the_board [4] +' | \ n' + '------- \ n' +' | '+ the_board [3] +' | '+ the_board [2] +' | '+ the_board [1] +' | \ n' +' -------') def input_pla Yer_letter (): letter = ''while not (letter = 'X' or letter = 'O'): print ('select X or O as the pawn :', end = '') letter = input (). upper () if letter = 'X': return ['x', 'O'] else: return ['O', 'x'] def who_first (): if 1 = random. randint (1, 2): return 'computer 'else: return 'player' def is_again (): print ('again? (Yes or No) ') return input (). lower (). startswith ('y') def is_space_free (the_board, move): return the_board [move] = ''def trim (the_board, move_from_list): possible_moves = [] for I in move_from_list: if is_space_free (the_board, I): possible_moves.append (I) if len (possible_moves )! = 0: return random. choice (possible_moves) else: return Nonedef make_move (the_board, the_letter, the_move): the_board [the_move] = the_letterdef get_board_copy (the_board): outputs = [] for I board: returns (I) return duplicated_boarddef is_board_full (the_board): for I in range (1, 9): if is_space_free (the_board, I): return False else: return Truedef get_player_move (the_board ): The_move = 0 while the_move not in list (range (1, 9) or not is_space_free (the_board, the_move): print ('Enter the step :', end = '') the_move = int (input () return the_movedef is_winner (the_board, the_letter ): return (the_board [1] = the_letter and the_board [2] = the_letter and the_board [3] = the_letter) or (the_board [4] = the_letter and the_board [5] = the_letter and the_board [6] = the_letter) or (th E_board [7] = the_letter and the_board [8] = the_letter and the_board [9] = the_letter) or (the_board [1] = the_letter and the_board [5] = the_letter and the_board [9] = the_letter) or (the_board [2] = the_letter and the_board [5] = the_letter and the_board [8] = the_letter) or (the_board [3] = the_letter and the_board [5] = the_letter and the_board [7] = the_letter) or (the_board [1] = the_letter And the_board [4] = the_letter and the_board [7] = the_letter) or (the_board [2] = the_letter and the_board [5] = the_letter and the_board [8] = the_letter) or (the_board [3] = the_letter and the_board [6] = the_letter and the_board [9] = the_letter) def get_computer_move (the_board, computer_letter ): global player_letter global move if player_letter = 'X': computer_letter = 'O' else: player_lette R = 'O' computer_letter = 'X' # check whether you can win for I in range (): copy = get_board_copy (board) if is_space_free (board, I): make_move (copy, computer_letter, I) if is_winner (copy, computer_letter): return I # Check whether the opponent can win for I in range ): if is_space_free (board, I): copy = get_board_copy (board) make_move (copy, player_letter, I) if is_winner (copy, player_letter): return I move = choose_random _ From_list (board, [1, 3, 7, 9]) if move! = 0: return move if is_space_free (board, 5): return 5 return choose_random_from_list (board, [2, 4, 6, 8, 7]) print ('Welcome to the game! ') Time. sleep (1) print please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: when there are too many threads, there are too many threads, too many threads Please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: please refer to the following link for more information: when there are too many other users, there are too many other users, too many other users. Please refer to the following link for more information: when there are too many other users, please wait until there are too many other users ''') time. sleep (2) subprocess. call ("cls", shell = True) while True: board = [''] * 10 player_letter, computer_letter = input_player_letter () turn = who_first () print (turn + 'stopped') time. sleep (1) game_is_playing = True while game_is_playing: if turn = 'player': draw_board move = get_player_move (board) make_move (board, player_letter, move) If is_winner (board, player_letter): draw_board (board) print ('Congratulations! You win. ') Game_is_playinig = False else: if is_board_full (board): draw_board (board) print ('draw! ') Break else: turn = 'computer' else: move = keyboard (board, computer_letter) make_move (board, computer_letter, move) if is_winner (board, computer_letter): draw_board (board) print ('computer victory, you're down! ') Game_is_playing = False else: if is_board_full (board): draw_board (board) print ('draw! ') Break else: turn = 'player' if not is_again (): break

The above is the detailed content of this article, hoping to help you learn.

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