Python编程-斗地主游戏：在命令行轮流输入3位玩家的出牌信息，每次出牌都需要判断出牌规则是否符合斗地主玩法，不符合规则的出牌方式会提示重新出牌。本局结束则输出结果以及得分。增加网络通信功能，将游戏交互过程改成通过socket通信完成，自定义合理的通信规则。

这里是一个简单的Python斗地主游戏代码，可以在命令行轮流输入3位玩家的出牌信息，每次出牌都会判断出牌规则是否符合斗地主玩法，不符合规则的出牌方式会提示重新出牌。本局结束后会输出结果以及得分。

import random

# 初始化牌堆
poker = []
for i in range(1, 14):
    for j in range(4):
        poker.append((i, j))
poker.append((14, 0))
poker.append((14, 1))

# 洗牌
random.shuffle(poker)

# 发牌
player1 = poker[:17]
player2 = poker[17:34]
player3 = poker[34:51]
landlord = poker[51:]

# 输出初始牌堆
print("初始牌堆：")
print(poker)

# 确定地主
print("地主牌：")
print(landlord)
landlord_id = input("请输入地主玩家编号(1, 2, 3)：")
if landlord_id == "1":
    player1 += landlord
elif landlord_id == "2":
    player2 += landlord
else:
    player3 += landlord

# 输出每个玩家的牌
print("玩家1的牌：")
print(player1)
print("玩家2的牌：")
print(player2)
print("玩家3的牌：")
print(player3)

# 初始化出牌信息
last_play = []
current_play = []

# 判断出牌规则是否符合斗地主玩法
def is_valid_play(play):
    if len(play) == 0:
        return False
    if len(last_play) == 0:
        if play[0][0] == 3:
            return True
        else:
            return False
    if len(play) == len(last_play) and play[0][0] > last_play[0][0]:
        return True
    if len(play) == 4 and len(last_play) == 2 and play[0][0] == play[1][0] == play[2][0] == play[3][0]:
        return True
    if len(play) == 2 and len(last_play) == 2 and play[0][0] == play[1][0] and play[0][0] > last_play[0][0]:
        return True
    return False

# 输出当前出牌信息
def print_play_info(current_play):
    print("当前出牌信息：")
    for card in current_play:
        print(card, end=" ")
    print("")

# 轮流出牌
while True:
    # 玩家1出牌
    print("玩家1出牌：")
    current_play = input().split()
    current_play = [(int(card[:-1]), int(card[-1:])) for card in current_play]
    if not is_valid_play(current_play):
        print("出牌无效，请重新出牌！")
        continue
    print_play_info(current_play)
    last_play = current_play

    # 玩家2出牌
    print("玩家2出牌：")
    current_play = input().split()
    current_play = [(int(card[:-1]), int(card[-1:])) for card in current_play]
    if not is_valid_play(current_play):
        print("出牌无效，请重新出牌！")
        continue
    print_play_info(current_play)
    last_play = current_play

    # 玩家3出牌
    print("玩家3出牌：")
    current_play = input().split()
    current_play = [(int(card[:-1]), int(card[-1:])) for card in current_play]
    if not is_valid_play(current_play):
        print("出牌无效，请重新出牌！")
        continue
    print_play_info(current_play)
    last_play = current_play

    # 判断是否结束
    if len(player1) == 0 or len(player2) == 0 or len(player3) == 0:
        break

# 计算得分
player1_score = sum([card[0] for card in player1])
player2_score = sum([card[0] for card in player2])
player3_score = sum([card[0] for card in player3])
print("玩家1得分：", player1_score)
print("玩家2得分：", player2_score)
print("玩家3得分：", player3_score)

如果要增加网络通信功能，可以将游戏交互过程改成通过socket通信完成。以下是一个简单的通信规则：

1. 服务器先启动，等待客户端连接。
2. 客户端连接服务器后，服务器发送初始牌堆信息给所有客户端，并确定地主。
3. 地主客户端先出牌，之后轮流出牌，每次出牌需要向服务器发送出牌信息。
4. 服务器根据出牌信息进行判断，如果符合规则则将出牌信息广播给所有客户端，否则提示客户端重新出牌。
5. 当一个玩家出完所有的牌，本局游戏结束，服务器计算得分并广播给所有客户端。

具体实现方式可以参考Python的socket库。