📄 compute_ball_tf.m
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function T = compute_ball_tf(N,n,sigma,c,p)
% compute_ball_tf - compute the voting kernel of a ball tensor.
%
% T = compute_ball_tf(N,n,sigma,c,p);
%
% 'N' is the total size of the image (supposed to lie in [0,1]x[0,1]).
%
% The equation for the decay of the field is
% DF(s,k) = exp(-(s^2+c*k^2)/sigma^2)
% where 's' is the length of the circle that joins
% the two points, and 'k' is its curvature.
%
% Optional:
% 'sigma' control the scale of the voting field.
% 'c' control the ratio between distance and curvature.
% The higher 'c' is, the narrower the field will be.
% 'n' is the size of the kernel (should be odd).
%
% 'p' is the number of orientation samples needed to compute the field.
% (the higher the slower the computation).
%
% See also compute_stick_tf.
%
% Copyright (c) 2004 Gabriel Peyr
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