def get_battle(self):
for battle_scene in self.battle_scenes:
if analyze(self.screenshot, battle_scene, self.threshold) == 1:
split()
combat = Battle()
combat.get_cards()
break
def get_loading(self):
for loading_scene in self.loading_scenes:
if analyze(self.screenshot, loading_scene, self.threshold) == 1:
loading_interface = Loading()
loading_interface.scene = screenshot_path
loading_interface.mark = self.loading_scenes.index(
loading_scene)
loading_interface.have_fun()
def get_support(self):
if analyze(self.screenshot, self.support_scene, self.threshold) == 1:
support_interface = Support()
support_interface.scene = screenshot_path
support_interface.select_support()
out = "[SUPPORT] Position: " + str(support_interface.crd)
print(out)
output_log(out)
def get_button(self):
position = get_filtered(self.sh, self.scene, 0.9)
self.btn_crd[0] = position[0][0]
self.btn_crd[1] = position[0][1]
basic_tap(self.btn_crd[0], self.btn_crd[1])
if analyze(self.sh, cv2.imread("./assets/scene/win2.png", 0),
0.9) == 1:
self.end = "end"
def curr_round():
sh = cv2.imread(screenshot_path, 0)
for i in range(3):
tmp = cv2.imread(round_path + f'/round{i+1}.png', 0)
thd = 0.85
if analyze(sh, tmp, thd):
wt_tmp_ini('battle', 'round', i + 1)
return i + 1
# 两次校验，防止某些图，一种方法不能采集成功
for i in range(3):
tmp = cv2.imread(round_path + f'/twice/round{i + 1}.png', 0)
thd = 0.85
if analyze(sh, tmp, thd):
wt_tmp_ini('battle', 'round', i + 1)
return i + 1
return -1
def get_basic(self):
for basic_scene in self.basic_scenes:
if analyze(self.screenshot, basic_scene, self.threshold) == 1:
basic_interface = Basic()
basic_interface.scene = basic_scene
basic_interface.sh = self.screenshot
basic_interface.get_button()
out = "[BASIC] Buttons: " + str(basic_interface.btn_crd)
print(out)
output_log(out)
return basic_interface.end
def similar_image2(file1, file2):
im1 = cv2.imread(file1, 0)
im2 = cv2.imread(file2, 0)
w, h = im2.shape[::-1]
n = 5
area = im2[h // n:h // n * (n - 1),
w // n:w // n * (n - 1)] # 裁剪坐标为[y0:y1, x0:x1]
thd = 0.9
if analyze(im1, area, thd):
return True
else:
return False
def get_basic(self):
for basic_scene in self.basic_scenes:
x, y = basic_scene.shape[0:2]
xx, yy = self.screenshot.shape[0:2]
factor = min(1., 1. * xx / x, 1. * yy / y)
resized_scene = cv2.resize(basic_scene, int(x * factor),
int(y * factor))
if analyze(self.screenshot, resized_scene, self.threshold) == 1:
basic_interface = Basic()
basic_interface.scene = basic_scene
basic_interface.sh = self.screenshot
basic_interface.get_button()
out = "[BASIC] Buttons: " + str(basic_interface.btn_crd)
print(out)
output_log(out)
return basic_interface.end
def current_scene():
"""
判断当前处于哪种场景
:return:
"""
scenes = png_lst(scenes_path)
sh = cv2.imread(screenshot_path, 0)
for file in scenes:
tmp = cv2.imread(scenes_path + f'/{file}', 0)
thd = 0.85
if analyze(sh, tmp, thd):
name, extension = os.path.splitext(file)
sys_log('「 CURRENT SCENE 」', name)
return name
dbg_log('「 CURRENT SCENE 」 %s' % 'N/A')
return 'none'
def picture_tap(pic, thd=None):
'''
点击截图中图片部分
:param pic:
:param thd:
:return:
'''
if thd is None:
thd = 0.85
sh = cv2.imread(screenshot_path, 0)
tmp = cv2.imread(pic, 0)
if analyze(sh, tmp, thd):
ps = position(sh, tmp, thd)
w, h = tmp.shape[::-1]
px = ps[0][0]
py = ps[0][1]
tap(px, py, int(0.3 * min(w, h))) # +/- -> 0.6
return True
else:
return False
def get_finish(self):
for finish_scene in self.finish_scenes:
if analyze(self.screenshot, finish_scene, self.threshold) == 1:
finish_interface = Finish()
finish_interface.scene = screenshot_path
finish_interface.pass_finish()