def open(self, type, times):
red_y = 700
red_x_20 = 200
red_x_100 = 550
red_x_500 = 900
album_x = 500
album_y = 1500
if type == '20':
x = red_x_20
y = red_y
elif type == '100':
x = red_x_100
y = red_y
elif type == '500':
x = red_x_500
y = red_y
elif type == 'album':
x = album_x
y = album_y
else:
return
for i in range(times):
Adb.tap_random(x - 100, y - 100, x + 100, y + 100)
time.sleep(0.2)
if i % 10 == 0:
Adb.screen_shot(self.__png_name, self.__screenshot_path)
for i in range(10):
Adb.tap_random(red_x_500 - 100, red_y - 100, red_x_500 + 100,
red_y + 100)
time.sleep(0.2)
Adb.screen_shot(self.__png_name, self.__screenshot_path)
def __ad_close_template(self, img, close_pos, close_template_name):
threshold = 0.85
close_template = cv2.imread(close_template_name, 0)
close = img[close_pos['y0']:close_pos['y1'],
close_pos['x0']:close_pos['x1']]
match_rate = cv2.matchTemplate(close, close_template,
cv2.TM_CCOEFF_NORMED)
# print(close_template_name)
# print(match_rate)
if (match_rate > threshold).any():
Adb.tap_random(close_pos['x0'] + 20, close_pos['y0'] + 20,
close_pos['x1'] - 20, close_pos['y1'] - 20)
time.sleep(2)
Adb.tap_random(270, 585, 270 * 3, 585 * 3)
return 1
return 0
def __ad_start(self):
png_file = Adb.screen_shot(self.__png_name, self.__screenshot_path)
img = cv2.imread(png_file, 0)
threshold = 0.975
ad_pos = {'x0': 945, 'y0': 255, 'x1': 1045, 'y1': 345}
ad_template = cv2.imread(self.__ad_template_path + '/ad_template.png',
0)
ad = img[ad_pos['y0']:ad_pos['y1'], ad_pos['x0']:ad_pos['x1']]
match_rate = cv2.matchTemplate(ad, ad_template, cv2.TM_CCOEFF_NORMED)
# print('start:')
# print(match_rate)
if (match_rate > threshold).any():
Adb.tap_random(ad_pos['x0'] + 20, ad_pos['y0'] + 20,
ad_pos['x1'] - 20, ad_pos['y1'] - 20)
time.sleep(1)
Adb.tap_random(590, 1450, 960, 1520)
def train_template(self, template=False) -> bool:
# template = False
if template:
img1 = cv2.imread('./screenshot/jia_guo_meng.png')[1855:1920,
625:695] # 1
img2 = cv2.imread('./screenshot/jia_guo_meng.png')[1770:1850,
785:850] # 2
img3 = cv2.imread('./screenshot/jia_guo_meng.png')[1715:1750,
935:980] # 3
cv2.imwrite('./template/jiaguomeng/1.png', img1)
cv2.imwrite('./template/jiaguomeng/2.png', img2)
cv2.imwrite('./template/jiaguomeng/3.png', img3)
return
png_file: str = Adb.screen_shot(self.__png_name,
self.__screenshot_path)
img = cv2.imread(png_file)
for house in self.__houses:
center: tuple = self.__find_center(img, house)
if center:
Adb.swipe(center[0], center[1], self.__pos[house][0],
self.__pos[house][1], 250)
return True
return False
def __ad_close(self):
png_file = Adb.screen_shot(self.__png_name, self.__screenshot_path)
img = cv2.imread(png_file, 0)
is_close = 0
top_right_close_pos1 = {'x0': 955, 'y0': 115, 'x1': 1040, 'y1': 200}
top_right_close_template1 = self.__ad_template_path + '/top_right_close_template1.png'
is_close += self.__ad_close_template(img, top_right_close_pos1,
top_right_close_template1)
top_right_close_pos2 = {'x0': 940, 'y0': 115, 'x1': 1040, 'y1': 215}
top_right_close_template2 = self.__ad_template_path + '/top_right_close_template2.png'
is_close += self.__ad_close_template(img, top_right_close_pos2,
top_right_close_template2)
top_right_close_pos3 = {'x0': 950, 'y0': 125, 'x1': 1030, 'y1': 205}
top_right_close_template3 = self.__ad_template_path + '/top_right_close_template3.png'
is_close += self.__ad_close_template(img, top_right_close_pos3,
top_right_close_template3)
top_right_close_pos4 = {'x0': 945, 'y0': 120, 'x1': 1035, 'y1': 210}
top_right_close_template4 = self.__ad_template_path + '/top_right_close_template4.png'
is_close += self.__ad_close_template(img, top_right_close_pos4,
top_right_close_template4)
top_right_close_pos5 = {'x0': 945, 'y0': 120, 'x1': 1035, 'y1': 210}
top_right_close_template5 = self.__ad_template_path + '/top_right_close_template5.png'
is_close += self.__ad_close_template(img, top_right_close_pos5,
top_right_close_template5)
top_left_close_pos1 = {'x0': 60, 'y0': 120, 'x1': 150, 'y1': 210}
top_left_close_template1 = self.__ad_template_path + '/top_left_close_template1.png'
is_close += self.__ad_close_template(img, top_left_close_pos1,
top_left_close_template1)
return is_close
def update(self, milli):
Adb.swipe(900, 2150, 900, 2150, milli)
Adb.screen_shot(self.__png_name, self.__screenshot_path)
def __auto_tap(self):
for k in self.__pos:
Adb.tap_random(self.__pos[k][0] - 25, self.__pos[k][1] - 25,
self.__pos[k][0] + 25, self.__pos[k][1] + 25)
time.sleep(0.25)
def __force_close(self):
Adb.tap(1000, 160)
time.sleep(2)
Adb.tap_random(270, 585, 270 * 3, 585 * 3)