def _cv_match(self, screen):
# in case image file not exist in current directory:
image = self._imread()
image = self._resize_image(image, screen, ST.RESIZE_METHOD)
ret = None
for method in ST.CVSTRATEGY:
# get function definition and execute:
func = MATCHING_METHODS.get(method, None)
if func is None:
raise InvalidMatchingMethodError(
"Undefined method in CVSTRATEGY: '%s', try 'kaze'/'brisk'/'akaze'/'orb'/'surf'/'sift'/'brief' instead."
% method)
else:
if method == "mstpl":
ret = self._try_match(func,
self._imread(),
screen,
threshold=self.threshold,
rgb=self.rgb,
resolution=self.resolution,
scale_max=self.scale_max,
scale_step=self.scale_step)
else:
ret = self._try_match(func,
image,
screen,
threshold=self.threshold,
rgb=self.rgb)
if ret:
break
return ret
def _cv_match(self, screen):
# in case image file not exist in current directory:
image = self._imread()
image = self._resize_image(image, screen, ST.RESIZE_METHOD)
G.LOGGING.debug("RESIZE_METHOD%s" % ST.RESIZE_METHOD)
ret = None
for method in ST.CVSTRATEGY:
# get function definition and execute:
func = MATCHING_METHODS.get(method, None)
if func is None:
raise InvalidMatchingMethodError(
"Undefined method in CVSTRATEGY: '%s', try 'kaze'/'brisk'/'akaze'/'orb'/'surf'/'sift'/'brief' instead."
% method)
else:
ret = self._try_match(func,
image,
screen,
threshold=self.threshold,
rgb=self.rgb)
if ret:
break
G.LOGGING.debug("func 具体%s" % func)
G.LOGGING.debug("match结果%s" % ret)
return ret