?? compute_quadtree.m
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function [QT,Theta] = compute_quadtree(M,T,j_min,j_max,s)
% bandelet_transform_fwd - compute the quadtree that optimize the Lagrangian.
%
% [QT,Theta] = compute_quadtree(M,T,j_min,j_max,s);
%
% M is the original image
% T is the selected threshold (the higher, the most compressed the data)
% j_min is the depth minimum of the QT
% (ie 2^j_min is the size minimum of the square).
% j_max is the depth maximum of the QT [default : min(5,log2(n))]
% (ie 2^j_max is the size maximum of the square).
% s is the super-resolution for the geometry [default 2]
%
% QT is an image representing the levels of the quadtree.
% Theta is an image representing the optimal angle choosed on each
% quadtree (Inf token for no geometry).
%
% Copyright (c) 2005 Gabriel Peyr
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