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arknights_simulation.py
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arknights_simulation.py
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from random import randint
# from time import sleep
import pool
# 一系列要用到的变量
result = [] # 储存抽卡结果
dic = {} # 定义空字典以共享引用卡池的字典
six, five, four, three = 0, 0, 0, 0 # 用于判断各个星级出现的总数
five_new = True # 判断首次五星保底
first_recharge = False # 判断首充
counter1 = 1
counter2 = 0
n = 0 # 用于判断保底次数
# 初始化至纯源石数和合成玉数，选择卡池，展示概率
print("欢迎来到Allen寻访模拟器！\n合成玉不足时，至纯源石会自动转换成合成玉！(1至纯源石=180合成玉)")
while 1:
try:
stone = input('请输入初始至纯源石数：')
stone = int(stone)
jade = input('请输入初始合成玉数：')
jade = int(jade)
break
except ValueError:
print('请正确输入数值！')
show_pools = "请选择卡池:\n" # 卡池展示与选择
for i in pool.pools:
show_pools += f'{counter1}.{i}\n'
counter1 += 1
while 1:
tip = input('\n' + show_pools)
try:
dic = eval(f'pool.{pool.pools[int(tip) - 1]}')
break
except:
print("请正确选择卡池!")
# 将六星和五星分别整理到一个集合中,以便展示结果时使用
six_up_result = set(dic['six_up'])
six_up_result.remove(0)
five_up_result = set(dic['five_up'])
five_up_result.remove(0)
six_stars_result = set(dic['six_stars']) | six_up_result
five_stars_result = set(dic['five_stars']) | five_up_result
# 打印卡池
print(f"已选择卡池：{pool.pools[int(tip) - 1]}\n★★★★★★ 六星(2%)：", end='')
for i in six_stars_result:
print(i, end=',')
print("\n★★★★★ 五星(8%)：", end='')
for i in five_stars_result:
print(i, end=',')
print("\n★★★★ 四星(50%)：", end='')
for i in dic['four_stars']:
print(i, end=',')
print("\n★★★ 三星(40%)：", end='')
for i in dic['three_stars']:
print(i, end=',')
print(f"\n\n描述:{dic['description']}\n")
def one():
"""判断抽卡结果"""
global six, five, four, three, n, five_new, counter2 # 定义全局变量
# sleep(0.5)
n += 1
if n <= 50:
num = 50
else:
num = n # 判断抽卡次数
if five_new:
counter2 += 1 # 判断首次五星保底
if five_new is True and counter2 == 10:
new_operator = dic['five_up'][randint(0, len(dic['five_up'])) - 1]
if new_operator != 0:
result.append(new_operator)
print(f'★★★★★ {new_operator}')
else:
new_operator = dic['five_stars'][randint(0, len(dic['five_stars'])) - 1]
result.append(new_operator)
print(f'★★★★★ {new_operator}')
five += 1
five_new = False
else:
b = randint(1, 1000)
if 1 <= b <= 20 + (num - 50) * 20: # 六星
new_operator = dic['six_up'][randint(0, len(dic['six_up'])) - 1]
if new_operator != 0:
result.append(new_operator)
print(f'★★★★★★ {new_operator}')
else:
new_operator = dic['six_stars'][randint(0, len(dic['six_stars'])) - 1]
result.append(new_operator)
print(f'★★★★★★ {new_operator}')
six += 1
n = 0 # 重置抽卡次数
five_new = False
elif 921 <= b <= 1000: # 五星
new_operator = dic['five_up'][randint(0, len(dic['five_up'])) - 1]
if new_operator != 0:
result.append(new_operator)
print(f'★★★★★ {new_operator}')
else:
new_operator = dic['five_stars'][randint(0, len(dic['five_stars'])) - 1]
result.append(new_operator)
print(f'★★★★★ {new_operator}')
five += 1
five_new = False
elif 421 <= b <= 920: # 四星
new_operator = dic['four_stars'][randint(0, len(dic['four_stars'])) - 1]
four += 1
result.append(new_operator)
print(f'★★★★ {new_operator}')
else: # 三星
new_operator = dic['three_stars'][randint(0, len(dic['three_stars'])) - 1]
three += 1
result.append(new_operator)
print(f'★★★ {new_operator}')
def ten():
"""十连"""
for _ in range(10):
one()
# 主程序部分
active = True
while active:
a = input(f"\n至纯源石数：{stone} 合成玉数：{jade}\n输入1单抽，输入2十连:\n(输入'q'以退出)")
while a == '1':
if jade >= 600: # 判断合成玉是否足够
jade -= 600
one()
break
else: # 尝试将至纯源石转换成合成玉
if stone >= 1:
stone -= 1
jade += 180
else: # 至纯源石不足
break
while a == '2':
if jade >= 6000: # 判断合成玉是否足够
jade -= 6000
ten()
break
else:
if stone >= (6000 - jade) / 180: # 尝试将至纯源石转换成合成玉
if (6000 - jade) % 180 == 0: # 当所需合成玉数能转换成整数颗至纯源石时
stone -= int((6000 - jade) / 180)
jade = 6000
else: # 当所需合成玉数不能转换成整数颗至纯源石时
stone -= int((6000 - jade) // 180 + 1)
jade += int(((6000 - jade) // 180 + 1) * 180)
else:
print('至纯源石不足！请单抽！')
break
if a == 'q': # 退出主程序
break
while stone * 180 + jade < 600: # 氪金系统
tip = input(f'\n至纯源石数：{stone} 合成玉数：{jade}\n至纯源石不足，是否氪金？首充双倍！(￥648=130至纯源石)(y/n)')
if tip == 'y': # 确认氪金
if not first_recharge:
stone += 260
else:
stone += 130
print('氪金成功！')
if tip == 'n': # 取消氪金并退出主程序
active = False
break
# 抽卡结果展示
print(f'\n抽卡数：{len(result)}')
# 打印抽卡结果
print("★★★★★★六星：", end="")
for i in six_stars_result:
if i in result: # 判断抽卡结果
print(f"{i}:{(result.count(i))}", end=" ")
print(f"总数:{six}")
print("★★★★★五星：", end="")
for i in five_stars_result:
if i in result: # 判断抽卡结果
print(f"{i}:{(result.count(i))}", end=" ")
print(f"总数:{five}")
print("★★★★四星：", end="")
for i in dic['four_stars']:
if i in result: # 判断抽卡结果
print(f"{i}:{(result.count(i))}", end=" ")
print(f"总数:{four}")
print("★★★三星：", end="")
for i in dic['three_stars']:
if i in result: # 判断抽卡结果
print(f"{i}:{(result.count(i))}", end=" ")
# 打印总览
print(f"总数:{three}\n消耗合成玉：{len(result) * 600}")
try: # 防止抽卡数为零时报错
luck = six / len(result)
except ZeroDivisionError:
luck = 0.000
print(f"\n六星出货占比：{'%.3f' % luck}")
# if float(luck) > 0.03:
# print("双黄出货全满潜")
# else:
# print("醒来枕边泪点点")
# print('\n已退出模拟器！')
input("\n输入任意值以退出......")