def __call__(self, image):
dbls = oofimage.grayify(image)
for i in range(self.numAngles):
phi = i * 180. / self.numAngles
current = imageops.realGabor(dbls, self.a, self.b, phi)
if i != 0:
old = imageops.findLargerVals(current, old)
else:
old = current
scaled = imageops.scaleArray2(old, 0.0, 1.0)
imageops.setFromArray(image, scaled)
def __call__(self, image):
dbls = oofimage.grayify(image)
for i in range(self.numAngles):
phi = i*180./self.numAngles
current = imageops.realGabor(dbls,self.a,self.b,phi)
if i!=0:
old=imageops.findLargerVals(current,old)
else:
old=current
scaled = imageops.scaleArray2(old, 0.0, 1.0)
imageops.setFromArray(image,scaled)
def __call__(self, image):
dbls = oofimage.grayify(image)
for i in range(self.numAngles):
phi = i * 180. / self.numAngles
current = imageops.realGabor(dbls, self.a, self.b, phi)
if i != 0:
old = imageops.findLargerVals(current, old)
else:
old = current
scaled = imageops.scaleArray(old, 0.0, 1.0, self.Line_color)
bools = imageops.connect(scaled, self.Threshold, self.t, self.d,
self.n, self.B, self.trimYN)
oofimage.setFromBool(image, bools)
def __call__(self, image):
dbls=oofimage.grayify(image)
for i in range(self.numAngles):
phi = i*180./self.numAngles
current = imageops.realGabor(dbls,self.a,self.b,phi)
if i!=0:
old=imageops.findLargerVals(current,old)
else:
old=current
scaled = imageops.scaleArray(old, 0.0, 1.0,self.Line_color)
bools=imageops.connect(scaled,self.Threshold,self.t,self.d,self.n,
self.B,self.trimYN)
oofimage.setFromBool(image,bools)
