以下是一个简单的Python扑克游戏实现，包含基本的扑克牌功能和游戏逻辑：

python

import random

import itertools

class PokerGame:

def __init__(self, num_players=4):

self.num_players = num_players

self.deck = self.create_deck

self.players = [[] for _ in range(num_players)]

munity_cards = []

def create_deck(self):

创建一副标准52张扑克牌

suits = ['♥', '♦', '♣', '♠']

ranks = ['2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K', 'A']

deck = [f"{rank}{suit}" for suit in suits for rank in ranks]

return deck

def shuffle_deck(self):

洗牌

random.shuffle(self.deck)

def deal_cards(self):

发牌给玩家

self.shuffle_deck

for i in range(2): # 每人发两张手牌

for player in range(self.num_players):

if self.deck:

card = self.deck.pop

self.players[player].append(card)

def deal_community_cards(self, num_cards=5):

发公共牌

for _ in range(num_cards):

if self.deck:

card = self.deck.pop

munity_cards.append(card)

def get_card_value(self, card):

获取牌的数值

rank = card[:-1] # 去掉花色

values = {'2': 2, '3': 3, '4': 4, '5': 5, '6': 6, '7': 7, '8': 8,

'9': 9, '10': 10, 'J': 11, 'Q': 12, 'K': 13, 'A': 14}

return values.get(rank, 0)

def evaluate_hand(self, hand):

评估一手牌的强度

# 将手牌和公共牌组合

all_cards = hand + munity_cards

# 分离花色和点数

suits = [card[-1] for card in all_cards]

ranks = [self.get_card_value(card) for card in all_cards]

# 按点数排序

sorted_ranks = sorted(ranks, reverse=True)

# 检查各种牌型

is_flush = self.check_flush(suits)

is_straight = self.check_straight(sorted_ranks)

if is_flush and is_straight and sorted_ranks[0] == 14: # A开头

return (10, "皇家同花顺", sorted_ranks[:5])

elif is_flush and is_straight:

return (9, "同花顺", sorted_ranks[:5])

elif self.check_four_of_a_kind(sorted_ranks):

return (8, "四条", self.get_four_of_a_kind_ranks(sorted_ranks))

elif self.check_full_house(sorted_ranks):

return (7, "葫芦", self.get_full_house_ranks(sorted_ranks))

elif is_flush:

return (6, "同花", self.get_flush_ranks(all_cards, suits[0]))

elif is_straight:

return (5, "顺子", sorted_ranks[:5])

elif self.check_three_of_a_kind(sorted_ranks):

return (4, "三条", self.get_three_of_a_kind_ranks(sorted_ranks))

elif self.check_two_pairs(sorted_ranks):

return (3, "两对", self.get_two_pairs_ranks(sorted_ranks))

elif self.check_one_pair(sorted_ranks):

return (2, "一对", self.get_one_pair_ranks(sorted_ranks))

else:

return (1, "高牌", sorted_ranks[:5])

def check_flush(self, suits):

检查是否同花

for suit in set(suits):

if suits.count(suit) >= 5:

return True

return False

def check_straight(self, ranks):

检查是否顺子

unique_ranks = sorted(set(ranks), reverse=True)

# 处理A-2-3-4-5的特殊情况

if 14 in unique_ranks:

unique_ranks.append(1) # 将A也作为1使用

for i in range(len(unique_ranks)

if unique_ranks[i]

return True

return False

def check_four_of_a_kind(self, ranks):

检查是否四条

for rank in set(ranks):

if ranks.count(rank) == 4:

return True

return False

def check_full_house(self, ranks):

检查是否葫芦

three_found = False

two_found = False

for rank in set(ranks):

count = ranks.count(rank)

if count == 3:

three_found = True

elif count == 2:

two_found = True

return three_found and two_found

def check_three_of_a_kind(self, ranks):

检查是否三条

for rank in set(ranks):

if ranks.count(rank) == 3:

return True

return False

def check_two_pairs(self, ranks):

检查是否两对

pairs = 0

for rank in set(ranks):

if ranks.count(rank) == 2:

pairs += 1

return pairs >= 2

def check_one_pair(self, ranks):

检查是否一对

for rank in set(ranks):

if ranks.count(rank) == 2:

return True

return False

# 以下是一些辅助方法，用于获取特定牌型的相关牌值

def get_four_of_a_kind_ranks(self, ranks):

four_rank = None

kickers = []

for rank in set(ranks):

if ranks.count(rank) == 4:

four_rank = rank

else:

kickers.append(rank)

return [four_rank] + sorted(kickers, reverse=True)[:1]

def get_full_house_ranks(self, ranks):

three_rank = None

two_rank = None

for rank in set(ranks):

count = ranks.count(rank)

if count == 3:

if not three_rank or rank > three_rank:

three_rank = rank

elif count == 2:

if not two_rank or rank > two_rank:

two_rank = rank

return [three_rank, two_rank]

def get_flush_ranks(self, all_cards, suit):

flush_cards = [self.get_card_value(card) for card in all_cards if card[-1] == suit]

return sorted(flush_cards, reverse=True)[:5]

def get_three_of_a_kind_ranks(self, ranks):

three_rank = None

kickers = []

for rank in set(ranks):

if ranks.count(rank) == 3:

three_rank = rank

else:

kickers.append(rank)

return [three_rank] + sorted(kickers, reverse=True)[:2]

def get_two_pairs_ranks(self, ranks):

pairs = []

kickers = []

for rank in set(ranks):

if ranks.count(rank) == 2:

pairs.append(rank)

else:

kickers.append(rank)

pairs = sorted(pairs, reverse=True)[:2]

return pairs + sorted(kickers, reverse=True)[:1]

def get_one_pair_ranks(self, ranks):

pair_rank = None

kickers = []

for rank in set(ranks):

if ranks.count(rank) == 2:

pair_rank = rank

else:

kickers.append(rank)

return [pair_rank] + sorted(kickers, reverse=True)[:3]

def play_game(self):

开始游戏

print("开始扑克游戏!")

print(f"玩家数量: {self.num_players}")

# 发牌

self.deal_cards

# 展示初始手牌

for i in range(self.num_players):

print(f"玩家 {i+1} 的手牌: {self.players[i]}")

# 发公共牌

print("\

翻牌:")

self.deal_community_cards(3)

print(f"公共牌: {munity_cards}")

print("\

转牌:")

self.deal_community_cards(1)

print(f"公共牌: {munity_cards}")

print("\

河牌:")

self.deal_community_cards(1)

print(f"最终公共牌: {munity_cards}")

# 评估每个玩家的牌

print("\

牌力评估:")

player_scores = []

for i in range(self.num_players):

score, hand_type, high_cards = self.evaluate_hand(self.players[i])

player_scores.append((score, high_cards, hand_type, i))

print(f"玩家 {i+1}: {hand_type}, 关键牌: {high_cards}")

# 确定赢家

winner = max(player_scores, key=lambda x: (x[0], x[1]))

print(f"\

赢家是玩家 {winner[3]+1}! 牌型: {winner[2]}")

# 运行游戏

if __name__ == "__main__":

game = PokerGame(num_players=4)

game.play_game

代码说明

这个扑克游戏实现了以下功能：

1. 牌组管理：

2. 发牌机制：

3. 牌型判断：

4. 游戏流程：

扩展建议

如果你想进一步完善这个游戏，可以考虑：

1. 添加下注系统

2. 实现玩家交互（真人玩家输入）

3. 增加AI对手

4. 添加 添加图形界面

5. 支持更多扑克变体

希望这个代码对你有所帮助！