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 | 1 | initial version |
ksize - si the size of the window, not the entire matrix. i.e. 17x17, 21x21, ... always odd number. lambda - wavelenght, the thickness of the wave. can be 10, 15, 20, 30 or whatever you want. sigma - standard deviation. it's defined like X*lambda, 0< X < 1. But you also can asign any number. theta - is the orientation (in degrees) of your filter. can be 0 to 360. gamma - is de width of the wave (elipticity). between 0.02 and 1. 1 is round, 0.02 is practically a line. psi - is the offset of phase(in degrees). can be 0, 90, -90, 180, -180. if you want the wave to process the image as it. is, you should asign 0. ktype - is CvType.CV_32F or CvType.CV_64F.
| | 2 | No.2 Revision |
ksize ksize - si the size of the window, not the entire matrix. i.e. 17x17, 21x21, ... always odd number.
lambda number.
lambda - wavelenght, the thickness of the wave. can be 10, 15, 20, 30 or whatever you want.
sigma want.
sigma - standard deviation. it's defined like X*lambda, 0< X < 1. But you also can asign any number.
theta number.
theta - is the orientation (in degrees) of your filter. can be 0 to 360.
gamma gamma - is de width of the wave (elipticity). between 0.02 and 1. 1 is round, 0.02 is practically a line.
psi line.
psi - is the offset of phase(in degrees). can be 0, 90, -90, 180, -180. if you want the wave to process the image as it. is, you should asign 0.
ktype 0.
ktype - is CvType.CV_32F or CvType.CV_64F.
