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autoarknights.py
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try:
import cv2
except ImportError as e:
from os import popen
print('未安装对应库，正在自动安装')
popen('pip3 insatll -r r.txt').read()
print('请重新运行')
sys.exit(3)
else:
import sys
import os
import re
import threading
from os import system, popen, walk, listdir
from time import sleep, localtime, strftime
from cv2 import imread
def listPort(dir):
global ports
if not os.path.exists('ports'):
portList = []
for file in listdir(rf'{dir}\BignoxVMS'):
portList += [x[0] for x in re.findall('hostport="(.*)" guestport="(\d*)"', open(rf'{dir}\BignoxVMS\{file}\{file}.vbox', 'r').read())]
portList = list(set(portList))
open('ports', 'w').write(repr(portList).strip('[]').replace('\'', ''))
return portList
else:
portList = open(os.path.realpath('')+'\\ports',
'r').read().replace(' ', '').split(',')
os.chdir('..')
return portList
def checkVMSdir(drivers):
global ports
os.chdir(os.path.realpath('data'))
if not os.path.exists('Noxfile'):
for driver in drivers:
for root, dirs, files in walk(driver):
if 'BignoxVMS' in dirs:
print(('已检测到存在夜神模拟器\t'+root))
open('Noxfile', 'w').write(root)
sleep(1)
listPort(root)
print('无夜神模拟器,请重试')
sys.exit(2)
else:
if os.path.exists('Noxfile'):
print('已检测到存在夜神模拟器')
sleep(1)
return open(os.path.realpath('')+'\\Noxfile', 'r').read()
def checklizhi():
global eq, yaoji, lizhihuifu, sizeList
print('正在检测理智')
lizhi = True
while lizhi:
sleep(0.5)
system('adb -s '+eq+' shell screencap /sdcard/lizhi.png')
system('adb -s '+eq+' pull /sdcard/lizhi.png lizhi.png >nul')
system('adb -s '+eq+' shell rm /sdcard/lizhi.png')
lizhiImg = imread('lizhi.png')
sleep(0.5)
if lizhiImg[600, 1500][2] == 252:
print('没有理智，正在检测是否继续运行')
if lizhihuifu:
if lizhiImg[100, 1110][2] == 255 and yaoji:
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.85625)+' '+str(sizeList[1]*(34/45)))
print('继续执行')
sleep(1)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
sleep(2)
return False
elif lizhiImg[1220, 100][2] == 84 and yaoji:
print('没有药剂，无法恢复，终止程序')
sleep(1)
return True
elif not yaoji:
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.85625)+' '+str(sizeList[1]*(34/45)))
system('adb -s '+eq+' shell screencap /sdcard/2.png')
system('adb -s '+eq+' pull /sdcard/2.png 2.png >nul')
system('adb -s '+eq+' shell rm /sdcard/2.png')
sleep(1)
shitou = imread('2.png')
if shitou[670, 470][2] == 149:
print('没有石头，无法购买，终止程序')
sleep(1)
return True
return False
else:
print('结束执行')
sleep(2)
return True
else:
print('有理智，继续运行')
break
def kaiqidaili():
global eq, sizeList
print('正在检测是否开启代理')
dailizhuangtai = True
while dailizhuangtai:
sleep(1)
system('adb -s '+eq+' shell screencap /sdcard/daili.png')
system('adb -s '+eq+' pull /sdcard/daili.png daili.jpg >nul')
system('adb -s '+eq+' shell rm /sdcard/daili.png')
dailiImg = imread('daili.jpg')
if dailiImg[735, 1385][2] == 28:
print('未开启代理')
print('正在开启代理')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.875)+' '+str(sizeList[1]*0.85))
print('代理开启成功')
system('del /s daili.png>nul')
break
elif dailiImg[735, 1385][2] == 164:
print('代理已经开启')
sleep(1)
break
else:
continue
class wuzichoubei:
def ls4(self):
global stars, pdup, shiwu, eq, sizeList
system('adb -s '+eq+' shell input tap ' +str(sizeList[0]*0.625)+' '+str(sizeList[1]*(35/90)))
sleep(0.5)
kaiqidaili()
threestars = True
while threestars:
system('adb -s '+eq+' shell input tap ' +str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
if checklizhi():
break
system('adb -s '+eq+' shell input tap ' +str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
sleep(60)
stars = True
pdup = True
shiwu = True
while stars and shiwu and pdup:
dailishiwu()
sanxing()
shengji()
system('cls')
def ls5(self):
global stars, pdup, shiwu, eq, sizeList
system('adb -s '+eq+' shell input tap ' +str(sizeList[0]*0.74375)+' '+str(sizeList[1]*(43/180)))
sleep(0.5)
kaiqidaili()
threestars = True
while threestars:
system('adb -s '+eq+' shell input tap ' +str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
if checklizhi():
break
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
sleep(60)
stars = True
pdup = True
shiwu = True
while stars and shiwu and pdup:
dailishiwu()
sanxing()
shengji()
system('cls')
def ce4(self):
global stars, pdup, shiwu, eq, sizeList
system('adb -s '+eq+' shell input tap ' +str(sizeList[0]*0.625)+' '+str(sizeList[1]*(35/90)))
sleep(0.5)
kaiqidaili()
threestars = True
while threestars:
system('adb -s '+eq+' shell input tap ' +str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
if checklizhi():
break
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
sleep(60)
stars = True
pdup = True
shiwu = True
while stars and shiwu and pdup:
dailishiwu()
sanxing()
shengji()
system('cls')
def ce5(self):
global stars, pdup, shiwu, eq, sizeList
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.73125)+' '+str(sizeList[1]*(11/45)))
sleep(0.5)
kaiqidaili()
threestars = True
while threestars:
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
if checklizhi():
break
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
sleep(60)
stars = True
pdup = True
shiwu = True
while stars and shiwu and pdup:
dailishiwu()
sanxing()
shengji()
system('cls')
def ap3(self):
pass
def ap1(self):
pass
def ca1(self):
global stars, pdup, shiwu, eq, sizeList
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.15625)+' '+str(sizeList[1]*(7/9)))
sleep(0.5)
kaiqidaili()
threestars = True
while threestars:
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
if checklizhi():
break
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
sleep(60)
stars = True
pdup = True
shiwu = True
while stars and shiwu and pdup:
dailishiwu()
sanxing()
shengji()
system('cls')
def ca2(self):
global stars, pdup, shiwu, eq, sizeList
system('adb -s '+eq+'shell input tap ' +str(sizeList[0]*0.375)+' '+str(sizeList[1]*(13/18)))
sleep(0.5)
kaiqidaili()
threestars = True
while threestars:
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
if checklizhi():
break
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
sleep(60)
stars = True
pdup = True
shiwu = True
while stars and shiwu and pdup:
dailishiwu()
sanxing()
shengji()
system('cls')
def sk4(self):
global stars, pdup, shiwu, eq, sizeList
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.625)+' '+str(sizeList[1]*(7/18)))
sleep(0.5)
kaiqidaili()
threestars = True
while threestars:
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
if checklizhi():
break
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.875)+' '+str(sizeList[1]*(8/9)))
sleep(60)
stars = True
pdup = True
shiwu = True
while stars and shiwu and pdup:
dailishiwu()
sanxing()
shengji()
sleep(1)
system('cls')
def error(errornum):
if errornum == 1:
print('发生错误\n请检查模拟器是否开启\n手机是否连接\n或清除端口缓存再重试一次')
sys.exit(1)
def apxingqi():
global eq, ports, sizeList
now = strftime('%A', localtime())
eq_list = []
print('正在测试手机连接')
errornum = system('adb tcpip 5555>nul')
if len(ports):
print('正在测试模拟器端口\n')
for port in ports:
errornum = system(f'adb connect 127.0.0.1:{port}>nul')
error(errornum)
if popen(r"for /f 'usebackq' %i in (`adb devices`) do set /a a+=1").readlines()[-1] >= '2':
for l in popen('adb devices').readlines():
if l.split(' ')[0] == 'List':
continue
if l == '\n':
continue
print(('设备:\t'+l.split('\t')[0]))
b = l.split('\t')[0]
eq_list.append(b)
eq = eval(input('请输入要打开的设备:'))
if eq in eq_list:
sizeList = [int(x) for x in popen('adb -s '+eq+' shell wm size').readlines()[0].split(' ')[-1].split('\n')[0].split('x')]
if now == 'Saturday':
print('今天是星期六')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(8/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.34375)+' '+str(sizeList[1]*0.5))
sleep(0.5)
elif now == 'Firday':
prnt('今天是星期五,今天没有凭证')
elif now == 'Thursday':
print('今天是星期四')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(8/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.34375)+' '+str(sizeList[1]*0.5))
sleep(0.5)
elif now == 'Wednesday':
print('今天是星期三,今天没有凭证')
elif now == 'Tuesday':
print('今天是星期二,今天没有凭证')
elif now == 'Monday':
print('今天是星期一')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(8/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.34375)+' '+str(sizeList[1]*0.5))
sleep(0.5)
elif now == 'Sunday':
print('今天是星期日')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(8/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.34375)+' '+str(sizeList[1]*0.5))
sleep(0.5)
else:
print('请输入正确的格式')
sys.exit(1)
def caxingqi():
global eq, ports, sizeList
now = strftime('%A', localtime())
eq_list = []
print('正在测试手机连接')
errornum = system('adb tcpip 5555>nul')
if len(ports):
print('正在测试模拟器端口\n')
for port in ports:
errornum = system(f'adb connect 127.0.0.1:{port}>nul')
error(errornum)
if popen(r"for /f 'usebackq' %i in (`adb devices`) do set /a a+=1").readlines()[-1] >= '2':
for l in popen('adb devices').readlines():
if l.split(' ')[0] == 'List':
continue
if l == '\n':
continue
print(('设备:\t'+l.split('\t')[0]))
b = l.split('\t')[0]
eq_list.append(b)
eq = eval(input('请输入要打开的设备:'))
if eq in eq_list:
sizeList = [int(x) for x in popen(
'adb -s '+eq+' shell wm size').readlines()[0].split(' ')[-1].split('\n')[0].split('x')]
if now == 'Saturday':
print('今天是星期六,今天没有技能书')
sys.exit(0)
elif now == 'Monday':
print('今天是星期一')
elif now == 'Tuesday':
print('今天是星期二')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(8/9)))
sleep(0.5)
system('adb -s '+eq + ' shell input tap ' +
str(sizeList[0]*0.375)+' '+str(sizeList[1]*(5/9)))
sleep(0.5)
elif now == 'Wednesday':
print('今天是星期三')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(8/9)))
sleep(0.5)
system('adb -s '+eq +' shell input tap '+str(sizeList[0]*0.375)+' '+str(sizeList[1]*(5/9)))
sleep(0.5)
elif now == 'Thursday':
print('今天是星期四,今天没有技能书')
elif now == 'Firday':
print('今天是星期五,今天没有技能书')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(8/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.34375)+' '+str(sizeList[1]*0.5))
sleep(0.5)
elif now == 'Sunday':
print('今天是星期日')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(8/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.34375)+' '+str(sizeList[1]*0.5))
sleep(0.5)
else:
print('请输入正确的格式')
sys.exit(1)
def lsxingqi():
global eq, ports, sizeList
eq_list = []
print('正在测试手机连接')
errornum = system('adb tcpip 5555>nul')
if len(ports):
print('正在测试模拟器端口\n')
for port in ports:
errornum = system(f'adb connect 127.0.0.1:{port}>nul')
error(errornum)
if popen(r"for /f 'usebackq' %i in (`adb devices`) do set /a a+=1").readlines()[-1] >= '2':
for l in popen('adb devices').readlines():
if l.split(' ')[0] == 'List':
continue
if l == '\n':
continue
print(('设备:\t'+l.split('\t')[0]))
b = l.split('\t')[0]
eq_list.append(b)
eq = eval(input('请输入要打开的设备:'))
if eq in eq_list:
print(('今天是'+strftime('%A', localtime())))
sizeList = [int(x) for x in popen(
'adb -s '+eq+' shell wm size').readlines()[0].split(' ')[-1].split('\n')[0].split('x')]
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(83/90)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.125)+' '+str(sizeList[1]*(4/9)))
sleep(0.5)
else:
print('请输入正确的格式')
sys.exit(1)
def cexingqi():
global eq, ports, sizeList
now = strftime('%A', localtime())
eq_list = []
print('正在测试手机连接')
errornum = system('adb tcpip 5555>nul')
if len(ports):
print('正在测试模拟器端口\n')
for port in ports:
errornum = system(f'adb connect 127.0.0.1:{port}>nul')
error(errornum)
if popen(r"for /f 'usebackq' %i in (`adb devices`) do set /a a+=1").readlines()[-1] >= '2':
for l in popen('adb devices').readlines():
if l.split(' ')[0] == 'List':
continue
if l == '\n':
continue
print(('设备:\t'+l.split('\t')[0]))
b = l.split('\t')[0]
eq_list.append(b)
eq = eval(input('请输入要打开的设备:'))
if eq in eq_list:
sizeList = [int(x) for x in popen('adb -s '+eq+' shell wm size').readlines()[0].split(' ')[-1].split('\n')[0].split('x')]
if now == 'Saturday':
print('今天是星期六')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(83/90)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(4/9)))
sleep(0.5)
elif now == 'Monday':
print('今天是星期一,今天没有龙门币')
sys.exit(0)
elif now == 'Tuesday':
print('今天是星期二')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(83/90)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.5625)+' '+str(sizeList[1]*(5/9)))
sleep(0.5)
elif now == 'Thursday':
print('今天是星期三,今天没有龙门币')
elif now == 'Thursday':
print('今天是星期四')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(83/90)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.5625)+' '+str(sizeList[1]*(5/9)))
sleep(0.5)
elif now == 'Firday':
print('今天是星期五,今天没有龙门币')
sys.exit(0)
elif now == 'Sunday':
print('今天是星期日')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(83/90)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(5/9)))
sleep(0.5)
else:
print('请输入正确的格式')
sys.exit(1)
def skxingqi():
global eq, ports, sizeList
now = strftime('%A', localtime())
eq_list = []
print('正在测试手机连接')
errornum = system('adb tcpip 5555>nul')
if len(ports):
print('正在测试模拟器端口\n')
for port in ports:
errornum = system(f'adb connect 127.0.0.1:{port}>nul')
error(errornum)
if popen(r"for /f 'usebackq' %i in (`adb devices`) do set /a a+=1").readlines()[-1] >= '2':
for l in popen('adb devices').readlines():
if l.split(' ')[0] == 'List':
continue
if l == '\n':
continue
print(('设备:\t'+l.split('\t')[0]))
b = l.split('\t')[0]
eq_list.append(b)
eq = eval(input('请输入要打开的设备:'))
if eq in eq_list:
sizeList = [int(x) for x in popen(
'adb -s '+eq+' shell wm size').readlines()[0].split(' ')[-1].split('\n')[0].split('x')]
if now == 'Saturday':
print('今天是星期六')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(8/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.5625)+' '+str(sizeList[1]*0.3125))
sleep(0.5)
elif now == 'Monday':
print('今天是星期一')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(83/90)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.5625)+' '+str(sizeList[1]*(5/9)))
sleep(0.5)
elif now == 'Tuesday':
print('今天是星期二,今天没有')
elif now == 'Wednesday':
print('今天是星期三')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(83/90)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.5625)+' '+str(sizeList[1]*(5/9)))
elif now == 'Thursday':
print('今天是星期四,今天没有')
elif now == 'Friday':
print('今天是星期五')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.1875)+' '+str(sizeList[1]*(83/90)))
sleep(0.5)
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.5625)+' '+str(sizeList[1]*(5/9)))
sleep(0.5)
elif now == 'Sunday':
print('今天是星期日,今天没有')
else:
print('请输入正确的格式')
sys.exit(1)
def dailishiwu():
global eq, shiwu, sizeList
while shiwu:
print('正在检测代理失误')
system('adb -s '+eq+' shell screencap /sdcard/shiwu.png')
system('adb -s '+eq+' pull /sdcard/shiwu.png shiwu.png >nul')
system('adb -s '+eq+' shell rm /sdcard/shiwu.png')
data2 = imread('shiwu.png')
if data2[630, 1300][2] == 115:
print('发生代理失误')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/3)))
shiwu = False
break
else:
print('无代理失误')
break
def shengji():
global eq, pdup, sizeList
while pdup:
print('正在检测升级')
sleep(1)
system('adb -s '+eq+' shell screencap /sdcard/shengji.png')
system('adb -s '+eq+' pull /sdcard/shengji.png shengji.png >nul')
system('adb -s '+eq+' shell rm /sdcard/shengji.png')
data1 = imread('shengji.png')
if data1[630, 430][2] == 1:
print('发生升级')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
pdup = False
system('del /q shengji.png')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.3125)+' '+str(sizeList[1]*(5/9)))
sleep(5)
break
else:
print('无升级')
break
def sanxing():
sanxing_times = 0
global eq, stars, sizeList
while stars:
print('正在检测三星')
system('adb -s '+eq+' shell screencap /sdcard/1.png')
system('adb -s '+eq+' pull /sdcard/1.png 1.png >nul')
system('adb -s '+eq+' shell rm /sdcard/1.png')
data = imread('1.png')
if data[660, 465][2] == 63:
print('OK')
system('adb -s '+eq+' shell input tap ' +
str(sizeList[0]*0.75)+' '+str(sizeList[1]*(2/9)))
stars = False
system('del /q 1.png')
sleep(8)
break
elif data[660, 465][0] == 86:
print('发生失误，不是三星')
if sanxing_times == 1:
threestars = False
print('不是三星，程序继续运行')
break
print('重新检测')
sanxing_times += 1
continue
else:
print('正在重复检测三星')
break
if __name__ == '__main__':
global ports, lizhihuifu, yaoji
print('正在检测夜神模拟器(第一次时间稍长，请耐心等待)')
ports = listPort(checkVMSdir(re.sub('\n', '', popen(
'fsutil fsinfo drives').read()).split(' ')[1:-1]))
while True:
system('cls')
mission = input(
'请输入关卡号(输入n退出,输入help查看当前存在关卡,输入lizhi更改没有理智时的操作)：').strip().lower()
if mission == 'lizhi':
lizhihuifu = False
while True:
f = input('没有理智时是否自动购买理智(Y/N)').lower()
if f == 'y':
f = input('要使用药剂恢复还是用至纯原石恢复?(Y/N)').lower()
if f == 'y':
f = input('确定吗?(Y/N)').lower()
if f == 'y':
yaoji = True
lizhihuifu = True
print('药剂恢复')
sleep(0.5)
break
elif f == 'n':
lizhihuifu = True
yaoji = False
print('至纯原石恢复')
sleep(0.5)
break
else:
print('格式输入错误,请重新输入')
sleep(1)
system('cls')
elif f == 'n':
f = input('确定吗?(Y/N)').lower()
if f == 'y':
yaoji = True
lizhihuifu = False
print('至纯原石恢复')
sleep(0.5)
break
elif f == 'n':
lizhihuifu = True
yaoji = True
print('药剂恢复')
sleep(0.5)
break
else:
print('格式输入错误,请重新输入')
sleep(1)
system('cls')
else:
print('格式输入错误,请重新输入')
sleep(1)
system('cls')
elif f == 'n':
print('不恢复理智')
lizhihuifu = False
sleep(1)
break
else:
print('格式输入错误,请重新输入')
sleep(1)
system('cls')
elif mission == 'n':
mission = ''
print('再见')
sleep(1)
sys.exit(0)
elif mission == 'ls4':
mission = ''
lsxingqi()
t = zhanshuyanxi()
t.ls4()
elif mission == 'ls5':
mission = ''
lsxingqi()
t = zhanshuyanxi()
t.ls5()
elif mission == 'ce4':
mission = ''
cexingqi()
t = zhanshuyanxi()
t.ce4()
elif mission == 'ca1':
mission = ''
caxingqi()
t = zhanshuyanxi()
t.ca1()
elif mission == 'ca2':
mission = ''
caxingqi()
t = zhanshuyanxi()
t.ca2()
elif mission == 'ce5':
mission = ''
cexingqi()
t = zhanshuyanxi()
t.ce5()
elif mission == 'ap3':
mission = ''
apxingqi()
t = zhanshuyanxi()
t.ap3()
elif mission == 'sk4':
mission = ''
skxingqi()
t = zhanshuyanxi()
t.sk4()
elif mission == 'help':
mission = ''
for a in dir(zhanshuyanxi):
b = re.match('[0-9a-zA-Z]', a)
if b:
print((b.string))
else:
continue
system('pause')
else:
system('cls')
print('请输入正确的格式(详情请看帮助help)')
sleep(1)