python3.7 jack棋牌11点实例

# Project:      棋牌游戏11点
# Author:       jack
# Version：     2.2
# Start Time：  2021-07-24

import random

P_INFO = [["小王",0.5],["大王",0.5]]       # 初始一副poker牌
USER_LIST = ["庄家","alex","武沛齐"]              # 玩家信息表
P_INFO_TWO = []                           # 剩余牌列表
USER_POKER = []                           # 人员和牌列表
RESULT ={}                                # 最终成绩表

# 一、生成一副扑克牌（本身设计扑克牌的结构）
def one_poker(P_INFO):
    poker_type = ["黑桃","红桃","草花","方块"]
    # 基本牌数字
    poker_num  = ["A","2","3","4","5","6","7","8","9","10","J","Q","K","小王","大王"]
    for type in poker_type:
        count = 1
        for num in range(len(poker_num)):
            if num > 12:
                pass
            elif num > 9:
                card = [type+poker_num[num],0.5]    # J、Q、K、表明的值为0.5
                P_INFO.append(card)
            else:
                card = [type+poker_num[num],count]
                P_INFO.append(card)
            count += 1
    # print(P_INFO)
    return P_INFO       # 已生成一副牌

# 二、3个玩家(玩家也能够本身定义)
def  user_num(USER_LIST):
    count = 0
    while  count < 54:
        user_name = input("输入玩家名字，输入Q/q退出游戏，S/s开始发牌：").strip()
        print()
        if user_name.upper() == "Q":
            exit()
        elif user_name.upper() == "S":
            break
        elif user_name in USER_LIST:
            print("{}玩家名称已存在，请从新输入".format(user_name))
        else:
            USER_LIST.append(user_name)                     # 新玩家自动添加到玩家信息表
            count += 1
    else:
        exit("太多人玩了，牌不够了")
    return USER_LIST

# 三、发牌
def deal(USER_LIST,P_INFO,RESULT,P_INFO_TWO):
    count = 0
    while count < len(USER_LIST):
        user_p_one = random.randint(0,len(P_INFO)-1)    # 产生0-53之间的一个整数
        card = P_INFO[user_p_one]
        user = USER_LIST[count]
        USER_POKER.append([user,card])
        print("{}抽到的第1张牌为：{}".format(user,card))
        print("牌面值为：{}".format(card[1]))
        print()
        RESULT[user] = card[1]
        P_INFO.pop(user_p_one)
        count += 1
    P_INFO_TWO.extend(P_INFO)                       # 剩余牌列表
    return USER_POKER,RESULT,P_INFO_TWO

# 四、要牌
def recard(USER_LIST,P_INFO_TWO,RESULT,USER_POKER):
    count = 0
    while count < len(USER_LIST):
        user = input(f"{USER_LIST[count]}选择是否要牌，输入N/n不要牌，回车继续要牌：").strip()
        print()
        if user.upper() == "N":
            count += 1
            # continue
        else:
            user_p_one = random.randint(0,len(P_INFO_TWO)-1) # 取一张牌
            card = P_INFO_TWO[user_p_one]                    # 牌的信息
            user = USER_LIST[count]                              # 用户信息
            USER_POKER[count].append(card)                       # 牌加到人员和牌列表
            print("{}抽到的牌为：{}".format(user,card))
            score = RESULT.get(user)                             # 获得第一次牌分数
            score += card[1]                                     # 计算新的分数
            print(f"{USER_LIST[count]}如今的牌面是：{USER_POKER[count][1:]}")
            print("牌面值为：{}".format(score))
            print()
            RESULT[user] = score                                 # 把分数写进字典
            P_INFO_TWO.pop(user_p_one)
            if score > 11:                                       # 超过11分牌爆掉
                RESULT[user] = 0
                print("{}牌爆掉了，下次注意点......".format(user))
                print()
                count += 1
    return P_INFO_TWO,RESULT

one_poker(P_INFO)                               # 生产一副牌
# for poker in P_INFO:
    # print(poker[0],end=" ")                   # 显示一副牌，不显示值
print("JACK赌坊，欢迎光临".center(30,"-"))                       
print("小赌怡情，大赌伤身，强赌灰飞烟灭".center(22,"-"))
print("玩家请看牌".center(40,"-"))
print(P_INFO)                                   # 显示一副牌
print("开始棋牌11点".center(34,"-"))
print()
user_num(USER_LIST)                             # 人员列表
# print(USER_LIST)
deal(USER_LIST,P_INFO,RESULT,P_INFO_TWO)        # 第一次发牌
# print(USER_POKER)
# print(RESULT)
# print(P_INFO_TWO)
recard(USER_LIST,P_INFO_TWO,RESULT,USER_POKER)  # 要牌过程
# print(P_INFO_TWO)
print(RESULT)                                   # 打印最终结果字典

# 五、判断胜者
# 字典排序
win_sorted = sorted(RESULT.items(),key=lambda x:x[1],reverse=True)
# print(win_sorted)
count = 1
while count < len(win_sorted):
    if win_sorted[count-1][1] != win_sorted[count][1]:
        print("胜者是{}".format(win_sorted[:count]).center(40,"-"))
        break
    else:
        count += 1
else:
    exit("没有赢家...")