Python斗地主扑克牌游戏

概述斗地主扑克牌游戏importrandomclassPokerGame:def__init__(self):self.poker=['♣2','♥2','♦2','♠2','♣3','♥3','♦3','♠3', 斗地主扑克牌游戏

import randomclass PokerGame:    def __init__(self):        self.poker = ['♣2', '♥2', '♦2', '♠2',                      '♣3', '♥3', '♦3', '♠3',                      '♣4', '♥4', '♦4', '♠4',                      '♣5', '♥5', '♦5', '♠5',                      '♣6', '♥6', '♦6', '♠6',                      '♣7', '♥7', '♦7', '♠7',                      '♣8', '♥8', '♦8', '♠8',                      '♣9', '♥9', '♦9', '♠9',                      '♣10', '♥10', '♦10', '♠10',                      '♣J', '♥J', '♦J', '♠J',                      '♣Q', '♥Q', '♦Q', '♠Q',                      '♣K', '♥K', '♦K', '♠K',                      '♣A', '♥A', '♦A', '♠A',                      'JOKER', 'joker']     def __repr__(self):        return f'{str(self.__dict__)[10:-1]}'    @staticmethod    def give_card(poker):  # 发牌        player1 = []        player2 = []        player3 = []        num = 0        index = 0        # 给三个人发牌        while num != 17:            player1.append(poker[index])            player2.append(poker[index+1])            player3.append(poker[index+2])            num += 1            index += 3        # 定义牌大小规则        rule = {'♣3': 0, '♥3': 0, '♦3': 0, '♠3': 0,                '♣4': 1, '♥4': 1, '♦4': 1, '♠4': 1,                '♣5': 2, '♥5': 2, '♦5': 2, '♠5': 2,                '♣6': 3, '♥6': 3, '♦6': 3, '♠6': 3,                '♣7': 4, '♥7': 4, '♦7': 4, '♠7': 4,                '♣8': 5, '♥8': 5, '♦8': 5, '♠8': 5,                '♣9': 6, '♥9': 6, '♦9': 6, '♠9': 6,                '♣10': 7, '♥10': 7, '♦10': 7, '♠10': 7,                '♣J': 8, '♥J': 8, '♦J': 8, '♠J': 8,                '♣Q': 9, '♥Q': 9, '♦Q': 9, '♠Q': 9,                '♣K': 10, '♥K': 10, '♦K': 10, '♠K': 10,                '♣A': 11, '♥A': 11, '♦A': 11, '♠A': 11,                '♣2': 12, '♥2': 12, '♦2': 12, '♠2': 12,                'joker': 13, 'JOKER': 14}        new_player1 = sorted(player1, key=lambda x: rule[x])        new_player2 = sorted(player2, key=lambda x: rule[x])        new_player3 = sorted(player3, key=lambda x: rule[x])        new_undercard = sorted(poker[-3:], key=lambda x: rule[x])    # 底牌        print(f'Player1：{new_player1 }')        print(f'Player2：{new_player2}')        print(f'Player3：{new_player3}')        print(f'底牌：{new_undercard}')    def shuffle_the_deck(self):  # 洗牌        self.poker = str(self.__dict__)[10:-1]        self.poker = eval(self.poker)        random.shuffle(self.poker)        return self.pokerpoker1 = PokerGame()poker2 = poker1.shuffle_the_deck()      # 洗牌poker1.give_card(poker2)                # 发牌

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