Description: The use of MATLAB package for the preparation of an implementation of wavelet transform toolbox, which a lot of documentation to learn
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toolbox1
........\compile_mex.m
........\compute_best_direction.m
........\compute_quadrant_selection.m
........\compute_quadtree.m
........\compute_wavelet_quadtree.m
........\evaluate_nbr_bits.m
........\evaluate_nbr_bits_wavelets.m
........\keep_above.m
........\keep_biggest.m
........\l2error.m
........\load_image.m
........\load_image_small_square.m
........\mex
........\...\bandelet.sln
........\...\config.h
........\...\perform_haar_transform.cpp
........\...\perform_haar_transform.def
........\...\perform_haar_transform.h
........\...\perform_haar_transform.vcproj
........\perform_bandelet_transform.m
........\perform_haar_transform.dll
........\perform_haar_transform_slow.m
........\perform_quantization.m
........\perform_warped_wavelet.m
........\perform_warping.m
........\perform_wavelet_bandelet_transform.m
........\perform_wavelet_transform.m
........\plot_geometry.m
........\plot_quadtree.m
........\plot_wavelet.m
........\plot_wavelet_quadtree.m
........\psnr.m
........\reorder_coefs.m
........\rescale.m
........\test_compression.m
........\test_plot_bandelet.m
........\test_quadtree.m
........\test_reordering.m
........\test_single_square.m
........\test_speed.m
........\test_wavelet_quadtree.m