Toolbox alpert transform in matlab

The following Matlab project contains the source code and Matlab examples used for toolbox alpert transform. The Alpert transform is a multiwavelets transform based on orthogonal polynomials.

The source code and files included in this project are listed in the project files section, please make sure whether the listed source code meet your needs there.

Project Files: 

File NameSize
license.txt 1313
build_alpert_matrix_1d.m 3266
build_alpert_matrix_2d.m 4152
compile_mex.m 93
content.m 10699
dichotomic_grouping.m 4539
content.html 26634
content.png 4308
content_01.png 6748
content_02.png 8582
content_03.png 7273
content_04.png 102436
content_05.png 76353
content_06.png 71468
content_07.png 77773
gpeyre.xsl 8232
style.css 1397
config.h 4584
gram_schmidt.h 1138
matrix.h 3938
perform_moment_transform.cpp 655
perform_moment_transform.def 61
perform_moment_transform.h 8889
perform_moment_transform.vcproj 4188
perform_moment_transform_mex.cpp 1835
toolbox_alpert.sln 1532
perform_alpert_transform_1d.m 6872
perform_alpert_transform_2d.m 5899
perform_alpert_transform_2d_sliced.m 3092
perform_alpert_transform_nd.m 9106
perform_moment_transform.dll 57344
perform_moment_transform_slow.m 5634
plot_dichotomic_partition.m 669
plot_spherical_function.m 1400
plot_spherical_partition.m 679
publish_html.m 477
sphere_sampling.m 4426
test_decreasing_1d.m 1804
test_decreasing_2d.m 3817
test_decreasing_nd.m 1189
test_grouping.m 2168
test_image.m 785
test_mex.m 3599
test_plot_1d.m 962
test_plot_2d.m 1059
test_speed_2d.m 1170
test_spherical.m 3274
test_warpsampling.m 1370
array_get_val.m 238
array_set_val.m 260
clamp.m 243
compute_distance_to_points.m 548
crop.m 637
dirac.m 361
gen_base_mesh.m 4211
gen_signal.m 602
gen_signal_2d.m 900
getoptions.m 476
get_color_from_index.m 241
imageplot.m 2999
keep_biggest.m 600
l2error.m 374
lena.png 223986
load_image.m 21076
load_signal.m 12338
mmax.m 140
mmin.m 141
norme.m 159
plot_scattered.m 1355
plot_wavelet.m 3223
rescale.m 306
reverse_permutation.m 277
rev_sort_abs.m 198
subdivide_sphere.m 902