用Python制作双色球游戏

双色球模拟游戏----(Python)

from random import choice
# from pathlib import Path
# 添加音乐模块
import pygame
# 统计历史出现次数，添加计数模块
import collections

# 添加音乐
url = 'bg_jz.mp3'
pygame.mixer.init()
pygame.mixer.music.load(url)


# 统计号码出现次数函数
def analyze_ball_appearances(numbers):
    # numbers需要是一个列表
    # Counter返回的是一个字典
    counter = collections.Counter(numbers)
    # 通过值对字典排序
    sorted_keys = sorted(
        counter.keys(), key=lambda k: counter[k], reverse=True)
    # 遍历排序号的字典
    for key in sorted_keys:
        value = counter[key]
        print(f"{key}出现了{value}次.", end=" ")

    max_value = max(counter.values())  # 寻找字典最大值
    min_value = min(counter.values())  # 寻找字典最小值
    max_keys = [key for key, value in counter.items() if value ==
                max_value]  # 找到对应最大值的键
    min_keys = [key for key, value in counter.items() if value ==
                min_value]  # 找到对应最小值的键
    print()
    print("---" * 10)
    # path = Path("tongji.txt")
    # xie = ''
    print("出现次数最多的是：")
    for key in max_keys:
        # xie += f"{key}出现了{max_value}次."
        # path.write_text(f'{xie}', encoding='utf-8')
        print(f"{key}出现了{max_value}次.")
    print("出现次数最少的是：")
    for key in min_keys:
        print(f"{key}出现了{min_value}次.")


# 抽奖测试
# 双色球测试


def shuangseqiu(money: float = 2):
    """
    玩法说明
    输入6个红球(1-32)和一个蓝球号码(1-16)
    """
    # 我的抽奖号码
    my_red = set()
    my_bule = set()
    # 默认抽奖次数
    count = 0
    # 中奖次数统计
    zj_01,zj_02,zj_03，zj_04，zj_05，zj_06 = 0,0,0,0,0,0
    # 统计红球出现的历史次数
    red_number = []
    # 统计篮球出现的历史次数
    bule_number = []
    # 红球列表
    lis = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20,
           21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32]
    # 蓝球列表
    lis_01 = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16]
    # 中奖号码
    hongqiu = set()
    lanqiu = set()
    
    print(
        f"我们设置了6个等级的奖项,分别是:一等奖{money * (1 + 49999)}元,二等奖{money * (1 + 19999)}元,三等奖{money * (1 + 1499)}元,四等奖{money * (1 + 99)}元,五等奖{money * (1 + 4)}元,六等奖{money * (1 + 1.5)}元")
    print("玩一次的费用是{:.1f}元钱".format(money))
    print("双色球娱乐，请按规则输入号码")
    try:
        q = int(input("请先设置要玩几个红球的游戏:"))
    except ValueError:
        print("你输入有误或没有输入数字, 默认设置了6个球")
        q = 6
    while True:
        if q < 1 or q > 6:
            print("只能玩1至6个球的游戏")
            try:
                q = int(input("请先设置要玩几个红球的游戏:"))
            except ValueError:
                q = 6
                print(f"你输入有误或没有输入数字, 默认设置了{q}个球")
        else:
            break
    # 循环输入红球并添加控制
    while len(hongqiu) != q:
        try:
            red = int(input(f"请输入第{len(hongqiu) + 1}个红球(1-32)号码："))
        except ValueError:
            red = choice(lis)
            print(f"你输入有误或没有输入数字, 随机选择了: {red}")
        if red not in hongqiu and 32 >= red >= 1:
            hongqiu.add(red)
            lis.remove(red)
        else:
            print("你输入了错误的号码，请重新输入.")
    # 输入蓝球并添加控制
    try:
        bule_01 = int(input("请输入蓝球(1-16)号码："))
    except ValueError:
        bule_01 = choice(lis_01)
        print(f"你输入有误或没有输入数字, 随机选择了: {bule_01}")
    while True:
        if bule_01 > 16 or bule_01 < 1:
            bule_01 = int(input("超出范围了，请重新输入蓝球(1-16)号码："))
        else:
            lanqiu.add(bule_01)
            lis_01.remove(bule_01)
            break
    try:
        n = int(input("请输入抽多少次奖:"))
    except ValueError:
        n = 10
        print(f"你输入有误或没有输入数字, 默认是{n}次.")

    # 循环抽奖
    while my_bule != lanqiu or my_red != hongqiu or n >= count:
        list_red = []
        list_bule = []
        lis = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20,
               21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32]
        lis_01 = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16]
        print(f'你买的号码是---红球：{hongqiu} 蓝球：{lanqiu}')
        print(f'这是第{count + 1}次。')
        # 红球
        for i in range(len(hongqiu)):
            num_red = choice(lis[:len(lis) + 1 - i])
            print(f'第{i + 1}个是:', num_red)
            list_red.append(num_red)
            red_number.append(num_red)
            lis.remove(num_red)
        # 蓝球
        for i in range(len(lanqiu)):
            num_bule = choice(lis_01[:len(lis_01) + 1 - i])
            print('蓝球是:', num_bule)
            list_bule.append(num_bule)
            bule_number.append(num_bule)
            lis_01.remove(num_bule)
        # 得到的号码列表赋值给集合
        my_red = set(list_red)
        my_bule = set(list_bule)
        # 打印彩票号码
        print("开奖号码是：红球 ", end="")
        for i in my_red:
            print(i, end=" ")
        print("蓝球 ", end="")
        for i in my_bule:
            print(i, end=" ")
        print(f"\n抽了{count + 1}次奖了")
        # 判断中奖与否
        if my_bule != lanqiu or len(my_red.intersection(hongqiu)) <= 4:
            print("\n很遗憾,你没有中奖")
        else:
            if my_bule == lanqiu:
                zj_06 += 1
                print("\n恭喜你中了六等奖,奖金{:.1f}元人民币".format((money * (1 + 1.5))))
                # 通过intersection()方法查找我的号码和开奖号码的--并集
            if my_bule == lanqiu and len(my_red.intersection(hongqiu)) >= 3 or len(my_red.intersection(hongqiu)) >= 4:
                zj_05 += 1
                print("\n恭喜你中了五等奖,奖金{:.1f}元人民币".format((money * (1 + 4))))
                if my_bule == lanqiu and len(my_red.intersection(hongqiu)) >= 4 or len(
                        my_red.intersection(hongqiu)) >= 5:
                    zj_04 += 1
                    print("\n恭喜你中了四等奖,奖金{:.1f}元人民币".format((money * (1 + 99))))
                    if my_bule == lanqiu and len(my_red.intersection(hongqiu)) >= 5:
                        zj_03 += 1
                        print("\n恭喜你中了三等奖,奖金{:.1f}元人民币".format(
                            (money * (1 + 1499))))
            if len(my_red.intersection(hongqiu)) >= 6:
                zj_02 += 1
                print("\n恭喜你中了二等奖,奖金{:.1f}元人民币".format((money * (1 + 19999))))
                if my_bule == lanqiu:
                    zj_01 += 1
                    print("\n恭喜你中了一等奖,奖金{:.1f}元人民币".format(
                        (money * (1 + 49999))))
        count += 1
        print("---" * 10)
        
        # 判断是否达到游玩次数
        if count >= n:
            print("红球历史出现次数")
            analyze_ball_appearances(red_number)
            print("---" * 10)
            print("蓝球历史出现次数")
            analyze_ball_appearances(bule_number)
            print("---" * 10)

            print(
                f"你总共的中奖次数为：\n一等奖:{zj_01}次\n二等奖:{zj_02}次\n三等奖:{zj_03}次\n四等奖:{zj_04}次\n五等奖:{zj_05}次\n六等奖:{zj_06}次")
            print("你总共用了{:.1f}元钱。".format(n * money))
            print(
                f"合计奖金为:{zj_01 * (money * (1 + 49999)) + zj_02 * (money * (1 + 19999)) + zj_03 * (money * (1 + 1499)) + zj_04 * (money * (1 + 99)) + zj_05 * (money * (1 + 4)) + zj_06 * (money * (1 + 1.5))}元.")

            return


def lianxu():
    shuangseqiu()
    y = input("\n退出输入(q)：")
    if y == "q":
        # 停止播放背景音乐
        pygame.mixer.music.stop()
        return
    else:
        lianxu()


# 播放背景音乐 -1 代表无线循环
pygame.mixer.music.play(loops=-1)
lianxu()