📄 ssd_compute_m0_matrix.m
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function M0 = ssd_compute_M0_matrix(I, motion_model)
%
% M0 = ssd_compute_M0_matrix(I, motion_model)
%
% Given the image I and the motion_model computes the
% Jacobian matrix of I (derivative of I with respect to
% the motion parameters) to be used in the SSD 'a la Hager'
% tracking.
%
% M0 = dI/dparams
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% Motion models allowed:
% 'traslation' -
% 'rts' - Rotation, traslation and scale deformations.
% 'affine' - Affine deformations of the tracked patch.
% 'projective' - Projective deformations of the tracked patch.
%
% (c) Jos
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