def card():
while True:
#鼠标移到右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
for i in ['taiyin2', 'sanshinei', 'taiyin3']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('结界卡*', i)
xy = action.cheat(pts[0], w / 2, h - 10)
pyautogui.click(xy)
break
if len(pts) == 0:
print('结界卡不足')
select_mode()
for i in range(2):
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
want = imgs['taiyin']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if len(pts) == 0:
print('结界卡不足')
select_mode()
else:
print('结界卡', i)
xy = action.cheat(pts[0], w / 2, h - 10)
pyautogui.click(xy)
pyautogui.moveTo(xy)
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
want = imgs['hecheng']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('合成中。。。')
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
pyautogui.moveTo(xy)
time.sleep(1)
def yuhun2():
cishu = 0
while True:
#鼠标移到最右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
#print('screen shot ok',time.ctime())
#体力不足
want = imgs['notili']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('体力不足')
select_mode()
#如果队友推出则自己也退出
want = imgs['tiaozhanhuise']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('队友已退出')
want = imgs['likaiduiwu']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
t = random.randint(15, 30) / 100
time.sleep(t)
#自动点击通关结束后的页面
for i in ['jujue','moren','queding','querenyuhun',\
'ying','jiangli','jixu',\
'jieshou2','jieshou','shibai']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
if i == 'yuhunbeijing':
cishu = cishu + 1
print('挑战次数：', cishu)
print('挑战中。。。', i)
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
t = random.randint(15, 30) / 100
time.sleep(t)
break
def huodong():
count = 0
refresh = 0
while True: #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
#体力不足
want = imgs['notili']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('体力不足')
select_mode()
#自动点击通关结束后的页面
for i in ['jujue','hdtiaozhan','hdshijian','zhunbei',\
'ying','jiangli',\
'jixu','shibai']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
if i == 'hdtiaozhan' or i == 'hdchufa':
if not refresh == 0:
count = count - 1
if refresh >= 3:
print('次数不足')
t = random.randint(2000, 3000) / 100
select_mode()
refresh = refresh + 1
count = count + 1
print('挑战次数：', count)
t = random.randint(100, 200) / 100
elif i == 'hdshijian':
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
want = imgs['hdjiangli']
size = want[0].shape
h, w, ___ = size
pts = action.locate(screen, want, 0)
t = random.randint(100, 200) / 100
print('挑战结束')
else:
refresh = 0
print('挑战中。。。', i)
t = random.randint(80, 100) / 100
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
time.sleep(t)
break
def yuhun():
global last_click
cishu = 0
refresh = 0
while True:
#鼠标移到最右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
screen = action.screenshot(monitor)
#print('screen shot ok',time.ctime())
#体力不足
want = imgs['notili']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('体力不足')
select_mode()
#自动点击通关结束后的页面
for i in ['jujue','tiaozhan','tiaozhan2',\
'moren','queding','querenyuhun','ying','jiangli',\
'jixu','shibai']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
if last_click == i:
refresh = refresh + 1
elif i == 'querenyuhun':
refresh = refresh + 2
else:
refresh = 0
last_click = i
#print('重复次数：',refresh)
if refresh > 6:
print('进攻次数上限')
select_mode()
if i == 'tiaozhan' or i == 'tiaozhan2':
if refresh == 0:
cishu = cishu + 1
print('挑战次数：', cishu)
t = random.randint(50, 150) / 100
time.sleep(t)
else:
print('挑战中。。。', i)
t = random.randint(50, 100) / 100
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
time.sleep(t)
break
def yuhun():
while True:
#鼠标移到最右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
screen = ImageGrab.grab()
screen.save('screen.jpg')
screen = cv2.imread('screen.jpg')
#截屏，并裁剪以加速
upleft = (0, 0)
downright = (2550, 770) #上部并排
a, b = upleft
c, d = downright
screen = screen[b:d, a:c]
print('screen shot ok', time.ctime())
#设定目标，开始查找
#这里是自动接受组队
for i in ['jieshou2', "jieshou"]:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
x1, x2 = upleft, (430, 358)
target = action.cut(screen, x1, x2)
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('接受组队')
xx = pts[0]
xx = action.cheat(xx, w, h)
if xx[0] > 120:
pyautogui.click(xx)
t = random.randint(40, 80) / 100
time.sleep(t)
break
else:
pass
continue
#自动点击通关结束后的页面
for i in ['ying', 'jiangli', 'kaishi', 'jixu']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
for pt in pts:
pt = action.cheat(pt, w, h)
pyautogui.click(pt)
t = random.randint(100, 200) / 1000
time.sleep(t)
break
select_mode()
def yuhun():
while True:
#鼠标移到最右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
screen = np.array(ImageGrab.grab().convert('RGB'))
#截屏，并裁剪以加速
upleft = (0, 0)
downright = (2550, 770) #上部并排
a, b = upleft
c, d = downright
screen = screen[b:d, a:c]
#print('screen shot ok',time.ctime())
#体力不足
want = imgs['notili']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('体力不足: ', pts[0])
select_mode()
#确定退出
want = imgs['queding']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('确定退出')
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
t = random.randint(15, 30) / 100
time.sleep(t)
#自动点击通关结束后的页面
for i in [
'jujue', 'yuhuntiaozhan', 'ying', 'jiangli', 'jiangli2', 'jixu'
]:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
for pt in pts:
print('挑战中。。。')
pt = action.cheat(pt, w, h)
pyautogui.click(pt)
t = random.randint(200, 300) / 1000
time.sleep(t)
break
def yaoqi():
global last_click
count = 0
refresh = 0
while True: #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
screen = action.screenshot(monitor)
#委派任务
for i in ['jujue','jiangli','jixu','zhunbei',\
'shibai','zidongpipei','zudui2',\
'ying','tiaozhan3','tiaozhan4']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
if last_click == i:
refresh = refresh + 1
else:
refresh = 0
last_click = i
#print('重复次数：',refresh)
if refresh > 6:
print('进攻次数上限')
select_mode()
if i == 'zidongpipei' or i == 'tiaozhan3' or i == 'tiaozhan4':
if refresh == 0:
count = count + 1
print('次数：', count)
t = 100 / 100
elif i == 'shibai':
print('自动结束')
select_mode()
else:
print('活动中。。。', i)
t = random.randint(30, 80) / 100
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
time.sleep(t)
break
#体力不足
want = imgs['notili']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('体力不足')
select_mode()
def yuhundanren():
cishu=0
while True : #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏，并裁剪以加速
upleft = (0, 0)
downright = (1358, 900)
a,b = upleft
c,d = downright
#截屏
monitor = {"top": b, "left": a, "width": c, "height": d}
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
#体力不足
want = imgs['notili']
size = want[0].shape
h, w , ___ = size
target = screen
pts = action.locate(target,want,0)
if not len(pts) == 0:
print('体力不足')
select_mode()
#次数检查
if cishu > 500:
print('次数上限')
select_mode()
#过关
if cishu>=500:
print('挑战次数上限')
select_mode()
for i in ['jujue','jixu','ying','jiangli',\
'tiaozhan','shibai']:
want=imgs[i]
size = want[0].shape
h, w , ___ = size
target=screen
pts=action.locate(target,want,0)
if not len(pts)==0:
print('挑战中。。。',i)
if i == 'tiaozhan' or i=='tiaozhan2':
cishu=cishu+1
print('挑战次数：',cishu)
t = random.randint(150,300) / 100
else:
t = random.randint(15,30) / 100
xy = action.cheat(pts[0], w, h-10 )
pyautogui.click(xy)
time.sleep(t)
break
def mijing():
while True:
#鼠标移到右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏，并裁剪以加速
upleft = (0, 0)
downright = (1358, 900)
downright2 = (1280, 720)
a,b = upleft
c,d = downright
#截屏
monitor = {"top": b, "left": a, "width": c, "height": d}
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
#检测聊天界面
want = imgs['liaotianguanbi']
size = want[0].shape
h, w , ___ = size
target = screen
pts = action.locate(target,want,0)
if not len(pts) == 0:
#print('搜索秘境车中。。。')
for i in ['jujue','mijingzhaohuan','mijingzhaohuan2']:
want = imgs[i]
size = want[0].shape
h, w , ___ = size
target = screen
pts = action.locate(target,want,0)
if not len(pts) == 0:
print('秘境召唤。。。',i)
xy = action.cheat(pts[0], w, h-10 )
pyautogui.click(xy)
#t = random.randint(10,100) / 100
#time.sleep(t)
break
else:
for i in ['jujue','canjia','liaotian']:
want = imgs[i]
size = want[0].shape
h, w , ___ = size
target = screen
pts = action.locate(target,want,0)
if not len(pts) == 0:
if i=='canjia':
print('加入秘境召唤！',i)
xy = action.cheat(pts[0], w, h-10 )
pyautogui.click(xy)
t = random.randint(10,30) / 100
time.sleep(t)
break
def huodong():
global last_click
count = 0
refresh = 0
while True: #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
screen = action.screenshot(monitor)
#体力不足
want = imgs['notili']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('体力不足 ')
select_mode()
for i in ['jujue','hdxuanze','hdxuanze2','hdzhandou','hdjieshou',\
'hdtiaozhan','zhunbei','querenyuhun',\
'jiangli','ying','shibai','jixu','hdend','hdguanbi']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
if last_click == i:
refresh = refresh + 1
else:
refresh = 0
last_click = i
#print('重复次数：',refresh)
print('活动中', i)
if refresh > 6:
print('进攻次数上限')
select_mode()
if i == 'hdtiaozhan':
if refresh == 0:
count = count + 1
print('挑战次数：', count)
if i == 'hdend':
if refresh == 0:
print('疲劳度满，休息1小时')
t = 60 * 60
time.sleep(t)
else:
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
t = random.randint(300, 500) / 100
time.sleep(t)
def huodong():
while True: #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
screen = np.array(ImageGrab.grab().convert('RGB'))
#截屏，并裁剪以加速
upleft = (0, 0)
downright = (1358, 768)
downright2 = (1280, 720)
a, b = upleft
c, d = downright
screen = screen[b:d, a:c]
want = imgs['xiayihui']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('下一回 ', pts[0])
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
pyautogui.moveTo(xy)
t = random.randint(15, 30) / 100
time.sleep(t)
for i in [
'jujue', 'huodongtiaozhan', 'jiangli', 'jixu', 'zhunbei', 'yun'
]:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('活动中。。。')
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
t = random.randint(15, 30) / 100
time.sleep(t)
break
#体力不足
want = imgs['notili']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('体力不足')
select_mode()
def yuhundanren():
cishu = 0
refresh = 0
while True: #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
#体力不足
want = imgs['notili']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('体力不足')
select_mode()
#次数检查
if cishu > 500:
print('次数上限')
select_mode()
for i in ['jujue','querenyuhun','ying','jiangli','jixu',\
'tiaozhan','tiaozhan2','shibai']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('挑战中。。。', i)
if i == 'tiaozhan' or i == 'tiaozhan2':
if refresh > 2:
select_mode()
elif refresh == 0:
cishu = cishu + 1
else:
cishu = cishu
refresh = refresh + 1
print('挑战次数：', cishu)
t = random.randint(150, 300) / 100
else:
refresh = 0
t = random.randint(15, 30) / 100
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
time.sleep(t)
break
def yuhun():
cishu = 0
refresh = 0
while True:
#鼠标移到最右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
#print('screen shot ok',time.ctime())
#体力不足
want = imgs['notili']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('体力不足')
select_mode()
#自动点击通关结束后的页面
for i in ['jujue','yuhuntiaozhan',\
'moren','queding','querenyuhun','ying','jiangli',\
'jixu','shibai']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
if i == 'tiaozhan' or i == 'tiaozhan2':
if refresh > 2:
select_mode()
elif refresh == 0:
cishu = cishu + 1
else:
cishu = cishu
refresh = refresh + 1
print('挑战次数：', cishu)
t = random.randint(250, 400) / 100
else:
print('挑战中。。。', i)
refresh = 0
t = random.randint(50, 100) / 100
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
time.sleep(t)
break
def chouka():
while True:
#鼠标移到右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏，并裁剪以加速
upleft = (0, 0)
downright = (1358, 900)
downright2 = (1280, 720)
a,b = upleft
c,d = downright
#截屏
monitor = {"top": b, "left": a, "width": c, "height": d}
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
want = imgs['zaicizhaohuan']
size = want[0].shape
h, w , ___ = size
target = screen
pts = action.locate(target,want,0)
if not len(pts) == 0:
print('抽卡中。。。')
xy = action.cheat(pts[0], w, h-10 )
pyautogui.click(xy)
def chouka():
while True:
#鼠标移到右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截图
screen = np.array(ImageGrab.grab().convert('RGB'))
#截屏，并裁剪以加速
upleft = (0, 0)
downright = (1358, 768)
downright2 = (1280, 720)
a, b = upleft
c, d = downright
screen = screen[b:d, a:c]
for i in ['cezhi', 'zaicizhaohuan']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('抽卡中。。。')
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
#t = random.randint(1,3) / 100
#time.sleep(t)
break
def douji():
while True: #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
screen = np.array(ImageGrab.grab().convert('RGB'))
#截屏，并裁剪以加速
upleft = (0, 0)
downright = (1358, 768)
downright2 = (1280, 720)
a, b = upleft
c, d = downright
screen = screen[b:d, a:c]
for i in [
'douji', 'doujiend', 'ying', 'doujiqueren', 'tui', 'doujiother'
]:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('领取奖励')
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
t = random.randint(15, 30) / 100
time.sleep(t)
break
def chouka():
refresh = False
count = 0
while True:
#鼠标移到右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
want = imgs['zaicizhaohuan']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
if count > 200:
print('次数上限')
select_mode()
count = count + 1
print('抽卡中。。。', count)
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
def shengxing():
count=0
refresh=0
while True:
#鼠标移到右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
for i in ['jiarugouliang','jineng','jixushengxing','querenshengxing']:
want = imgs[i]
size = want[0].shape
h, w , ___ = size
target = screen
pts = action.locate(target,want,0)
if not len(pts) == 0:
print('升星中。。。',i)
xy = action.cheat(pts[0], w, h-10 )
pyautogui.click(xy)
if i=='jiarugouliang':
print('无式神')
select_mode()
elif i=='querenshengxing':
if refresh==0:
count=count+1
refresh=refresh+1
print('升星个数：',count)
t = random.randint(250,350) / 100
else:
refresh=0
t = random.randint(20,100) / 100
time.sleep(t)
def yeyuanhuo():
while True: #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
screen = ImageGrab.grab()
screen.save('screen.jpg')
screen = cv2.imread('screen.jpg')
#截屏，并裁剪以加速
upleft = (0, 0)
downright = (1426, 798)
a, b = upleft
c, d = downright
screen = screen[b:d, a:c]
print('screen shot ok', time.ctime())
#设定目标，开始查找
#过关
for i in ['ying', 'jiangli', 'tiaozhan', 'jixu']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
for pt in pts:
pt = action.cheat(pt, w, h)
pyautogui.click(pt)
t = random.randint(20, 50) / 100
time.sleep(t)
break
def douji():
global last_click
doujipaidui = 0
refresh = 0
while True: #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
screen = action.screenshot(monitor)
for i in ['jujue','shoudong','zidong','queren',\
'douji','douji3',\
'doujiqueren','doujiend','ying',\
'zhunbei','zhunbei2',\
'doujiquxiao']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
if last_click == i:
refresh = refresh + 1
else:
refresh = 0
last_click = i
#print('重复次数：',refresh)
if refresh > 6:
print('进攻次数上限')
select_mode()
if i == 'douji':
doujipaidui = 0
print('斗技开始', i)
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
t = random.randint(15, 30) / 100
time.sleep(t)
break
elif i == 'doujiquxiao':
refresh = 0
doujipaidui = doujipaidui + 1
print('斗技搜索:', doujipaidui)
if doujipaidui > 5:
doujipaidui = 0
print('取消搜索')
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
t = random.randint(15, 30) / 100
time.sleep(t)
break
else:
print('斗技中。。。', i)
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
t = random.randint(50, 100) / 100
time.sleep(t)
break
def huodong():
count=0
while True: #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
for i in ['jujue','jiangli','jixu',\
'shibai','hdtuizhi',\
'hdlingqu','hdtili',\
'hdtiaozhan']:
want = imgs[i]
size = want[0].shape
h, w , ___ = size
target = screen
pts = action.locate(target,want,0)
if not len(pts) == 0:
if i=='hdtiaozhan':
count=count+1
print('活动次数：',count)
t=500/100
elif i=='queding':
print('活动次数不足')
select_mode()
else:
print('活动中。。。',i)
t = random.randint(15,30) / 100
xy = action.cheat(pts[0], w, h-10 )
pyautogui.click(xy)
time.sleep(t)
break
#体力不足
want = imgs['notili']
size = want[0].shape
h, w , ___ = size
target = screen
pts = action.locate(target,want,0)
if not len(pts) == 0:
print('体力不足')
select_mode()
def yaoqi():
count = 0
while True: #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
#委派任务
for i in ['jujue','jiangli','jixu','zhunbei',\
'shibai','zidongpipei','zudui2',\
'ying','tiaozhan3','tiaozhan4']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
if i == 'zidongpipei':
count = count + 1
print('次数：', count)
t = 100 / 100
elif i == 'shibai':
print('自动结束')
select_mode()
else:
print('活动中。。。', i)
t = random.randint(30, 80) / 100
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
time.sleep(t)
break
#体力不足
want = imgs['notili']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('体力不足')
select_mode()
def click(screen, s):
want = imgs[s]
size = want[0].shape
h, w, ___ = size
pts = action.locate(screen, want, 0)
if len(pts) >= 1:
xy = action.cheat(pts[0], w, h)
pyautogui.click(xy)
return True
return False
def yuhundanren():
while True: #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
screen = np.array(ImageGrab.grab().convert('RGB'))
#截屏，并裁剪以加速
upleft = (0, 0)
downright = (1426, 798)
a, b = upleft
c, d = downright
screen = screen[b:d, a:c]
#print('screen shot ok',time.ctime())
#体力不足
want = imgs['notili']
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('体力不足')
select_mode()
#过关
for i in ['jujue', 'ying', 'jiangli', 'tiaozhan', 'jixu']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
print('挑战中。。。')
for pt in pts:
pt = action.cheat(pt, w, h)
pyautogui.click(pt)
t = random.randint(20, 50) / 100
time.sleep(t)
break
def douji():
doujipaidui = 0
refresh = False
while True: #直到取消，或者出错
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
for i in ['jujue','shoudong','zidong','queren',\
'douji','douji3',\
'doujiqueren','doujiend','ying',\
'zhunbei','zhunbei2',\
'doujiquxiao']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
if i == 'douji':
doujipaidui = 0
print('斗技开始', i)
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
t = random.randint(15, 30) / 100
time.sleep(t)
break
elif i == 'doujiquxiao':
doujipaidui = doujipaidui + 1
print('斗技搜索:', doujipaidui)
if doujipaidui > 5:
doujipaidui = 0
print('取消搜索')
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
t = random.randint(15, 30) / 100
time.sleep(t)
break
else:
print('斗技中。。。', i)
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
t = random.randint(50, 100) / 100
time.sleep(t)
break
def getManXy():
screen = ImageGrab.grab()
screen.save('screen.jpg')
screen = cv2.cv2.imread('screen.jpg')
upleft = (500, 0)
downright = (1200, 500)
a, b = upleft
c, d = downright
screen = screen[b:d, a:c]
manxy = []
for i in ['man1', 'man']:
want = imgs[i]
pts = action.locate(screen, want, 0)
if len(pts) >= 1:
xy = action.cheat(pts[0], 5, 5)
xy[0] = xy[0] + 500
manxy.append(xy)
return manxy
def shengxing():
global last_click
count = 0
refresh = 0
while True:
#鼠标移到右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏
screen = action.screenshot(monitor)
for i in ['jineng','jixushengxing',\
'jixuyucheng','querenshengxing']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
target = screen
pts = action.locate(target, want, 0)
if not len(pts) == 0:
if last_click == i:
refresh = refresh + 1
else:
refresh = 0
last_click = i
#print('重复次数：',refresh)
if refresh > 6:
print('进攻次数上限')
select_mode()
print('升级中。。。', i)
xy = action.cheat(pts[0], w, h - 10)
pyautogui.click(xy)
if i == 'querenshengxing':
if refresh == 0:
count = count + 1
print('升级个数：', count)
t = random.randint(250, 350) / 100
else:
t = random.randint(20, 100) / 100
time.sleep(t)
def shengxing():
cishu=0
refresh=False
while True:
#鼠标移到右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
select_mode()
#截屏，并裁剪以加速
upleft = (0, 0)
downright = (1358, 900)
downright2 = (1280, 720)
a,b = upleft
c,d = downright
#截屏
monitor = {"top": b, "left": a, "width": c, "height": d}
im = np.array(mss.mss().grab(monitor))
screen = cv2.cvtColor(im, cv2.COLOR_BGRA2BGR)
for i in ['jixushengxing','querenshengxing']:
want = imgs[i]
size = want[0].shape
h, w , ___ = size
target = screen
pts = action.locate(target,want,0)
if not len(pts) == 0:
print('升星中。。。',i)
xy = action.cheat(pts[0], w, h-10 )
pyautogui.click(xy)
if i=='querenshengxing':
if refresh==True:
print('无式神')
select_mode()
t=random.randint(250,300) / 100
refresh=True
else:
t = random.randint(30,100) / 100
refresh=False
time.sleep(t)
break
def yeyuanhuo():
while True: #直到取消，或者出错
#鼠标移到最右侧中止
if pyautogui.position()[0] >= pyautogui.size()[0] * 0.98:
sys.exit(0)
screen = ImageGrab.grab()
screen.save('screen.jpg')
screen = cv2.imread('screen.jpg')
#截屏，并裁剪以加速
upleft = (0, 0)
downright = (1426, 798)
a, b = upleft
c, d = downright
#screen = screen[b:d,a:c]
print('screen shot ok', time.ctime())
#设定目标，开始查找
#过关
for i in ['tiaozhan', 'ying', 'jiangli', 'jiangli2', '333', 'ok']:
want = imgs[i]
size = want[0].shape
h, w, ___ = size
#print 'h', h, 'w',w, want[1], want[2]
target = screen
pts = action.locate(target, want, 0, 1)
print 'pts', pts
if not len(pts) == 0:
for pt in pts:
pt = action.cheat(pt, w, h)
print('click', pt[0], pt[1], want[2])
pyautogui.click(x=pt[0], y=pt[1], clicks=2)
pyautogui.mouseDown()
pyautogui.mouseUp()
t = random.randint(100, 200) / 100
time.sleep(t)
break
break
def shibie(self, name, times, force=True):
i = 1
while times == 0 or i <= times:
screen = self.screen(force)
want = self.imgs[name]
size = want[0].shape
h, w = size
target = screen
pts = action.locate(target, want, 0)
result = []
if not len(pts) == 0:
for pt in pts:
# 减去数值
pt = action.cheat(pt, w, h)
result.append(pt)
print("\r" + name + ' is clicked')
return result
i += 1
# time.sleep(0.6)
print("\r" + name + ' is not found')
return False
