我让DeepSeek写程序，有懂的看看写的对不对?

他写的时候就像教学生解方程一样，解释一段写一段，因为中间太长，我就截了最后的结果，应该是手机版本复制字数有限，可能也没复制全，有没有懂的看看写的对不对？

下面是他写的最后结果。

import random

from collections import defaultdict

def create_deck():

"""创建一副扑克牌"""

deck = []

# 3-14 代表 3到A, 15代表2, 16小王，17大王

for point in range(3, 16):

deck.extend([point] * 4)

deck.extend([16, 17]) # 添加大小王

return deck

def validate_play(cards):

"""验证牌型有效性"""

if not cards:

return None

sorted_cards = sorted(cards)

count = len(sorted_cards)

freq = defaultdict(int)

for card in sorted_cards:

freq[card] += 1

# 单张

if count == 1:

return {'type': 'single', 'rank': sorted_cards[0]}

# 对子或王炸

if count == 2:

if sorted_cards[0] == sorted_cards[1]:

return {'type': 'pair', 'rank': sorted_cards[0]}

if sorted_cards == [16, 17]:

return {'type': 'rocket', 'rank': 17}

return None

# 三张

if count == 3 and len(set(sorted_cards)) == 1:

return {'type': 'triple', 'rank': sorted_cards[0]}

# 三带一或炸弹

if count == 4:

if len(set(sorted_cards)) == 1:

return {'type': 'bomb', 'rank': sorted_cards[0]}

triple = [k for k, v in freq.items() if v == 3]

if triple and len(freq) == 2:

return {'type': 'triple_plus_one', 'rank': triple[0]}

# 炸弹（四张）

if count == 4 and len(set(sorted_cards)) == 1:

return {'type': 'bomb', 'rank': sorted_cards[0]}

return None

def compare_plays(last, current):

"""比较两次出牌的大小"""

if not current:

return False

# 王炸最大

if current['type'] == 'rocket':

return True

if last and last['type'] == 'rocket':

return False

# 炸弹压制非炸弹

if current['type'] == 'bomb' and last['type'] != 'bomb':

return True

if last and last['type'] == 'bomb' and current['type'] != 'bomb':

return False

# 同类牌比较

if current['type'] == last['type']:

return current['rank'] > last['rank']

return False

def computer_play(hand, last_play):

"""电脑玩家出牌策略"""

freq = defaultdict(int)

for card in hand:

freq[card] += 1

# 尝试出牌

if not last_play: # 首出

return [min(hand)] if hand else []

# 跟牌逻辑

candidates = []

if last_play['type'] == 'single':

candidates = [[c] for c in hand if c > last_play['rank']]

elif last_play['type'] == 'pair':

pairs = [k for k, v in freq.items() if v >= 2 and k > last_play['rank']]

candidates = [[p, p] for p in pairs]

elif last_play['type'] == 'triple':

triples = [k for k, v in freq.items() if v >= 3 and k > last_play['rank']]

candidates = [[t, t, t] for t in triples]

elif last_play['type'] == 'bomb':

bombs = [k for k, v in freq.items() if v == 4 and k > last_play['rank']]

candidates = [[b]*4 for b in bombs]

if 16 in hand and 17 in hand:

candidates.append([16, 17])

# 选择最小的可用牌

if candidates:

return min(candidates, key=lambda x: (x[0], len(x)))

# 尝试出炸弹

bombs = [k for k, v in freq.items() if v == 4]

if bombs:

return [bombs[0]]*4

if 16 in hand and 17 in hand:

return [16, 17]

return []

# 初始化游戏

deck = create_deck()

random.shuffle(deck)

players = [[], [], []]

for i in range(51):

players[i % 3].append(deck[i])

landlord_cards = deck[51:]

# 随机选择地主

landlord = random.randint(0, 2)

players[landlord].extend(landlord_cards)

players[landlord].sort()

current_player = landlord

last_play = None

passed = 0

while True:

print(f"\n玩家{current_player} 的手牌：{sorted(players[current_player])}")

if current_player == 0: # 人类玩家

while True:

try:

choice = input("出牌（用,分隔）或输入pass: ").strip()

if choice.lower() == 'pass':

play = []

break

play = list(map(int, choice.split(',')))

temp = players[current_player].copy()

for card in play:

temp.remove(card)

if validate_play(play):

break

print("无效出牌！")

except:

print("输入错误！")

else: # 电脑玩家

play = computer_play(players[current_player], last_play)

print(f"电脑出牌：{play}" if play else "电脑选择pass")

# 处理出牌

if play:

play_type = validate_play(play)

if last_play and not compare_plays(last_play, play_type):

print("出牌不符合规则！")

continue

# 移除手牌

for card in play:

players[current_player].remove(card)

last_play = play_type

passed = 0

print(f"玩家{current_player} 出牌：{play} ({play_type['type']})")

# 胜利判定

if not players[current_player]:

print(f"玩家{current_player} 获胜！")

exit()

else:

passed += 1

print(f"玩家{current_player} 选择pass")

# 轮次结束判断

if passed == 2:

last_play = None

passed = 0

print("