def __call__(self, kernel_x, kernel_y=None, border_treatment=1):
from gamera.gameracore import FLOAT
if kernel_y is None:
kernel_y = kernel_x
if kernel_y == kernel_x:
if type(kernel_y) == list:
kernel_x = kernel_y = image_utilities.nested_list_to_image(kernel_y, FLOAT)
else:
if type(kernel_y) == list:
kernel_y = image_utilities.nested_list_to_image(kernel_y, FLOAT)
if type(kernel_x) == list:
kernel_x = image_utilities.nested_list_to_image(kernel_x, FLOAT)
result = _convolution.convolve_x(self, kernel_x, border_treatment)
return _convolution.convolve_y(result, kernel_y, border_treatment)
def __call__(self, kernel_x, kernel_y=None, border_treatment=1):
from gamera.gameracore import FLOAT
if kernel_y is None:
kernel_y = kernel_x
if kernel_y == kernel_x:
if kernel_y is list:
kernel_x = kernel_y = image_utilities.nested_list_to_image(
kernel_y, FLOAT)
else:
if kernel_y is list:
kernel_y = image_utilities.nested_list_to_image(
kernel_y, FLOAT)
if kernel_x is list:
kernel_x = image_utilities.nested_list_to_image(
kernel_x, FLOAT)
result = _convolution.convolve_x(self, kernel_x, border_treatment)
return _convolution.convolve_y(result, kernel_y, border_treatment)
def __call__(self, kernel, border_treatment=1):
from gamera.gameracore import FLOAT
if type(kernel) == list:
kernel = image_utilities.nested_list_to_image(kernel, FLOAT)
return _convolution.convolve_y(self, kernel, border_treatment)
def __call__(self, kernel, border_treatment=1):
from gamera.gameracore import FLOAT
if kernel is list:
kernel = image_utilities.nested_list_to_image(kernel, FLOAT)
return _convolution.convolve_y(self, kernel, border_treatment)
