Description: Straight line matching program, first of all, in the image to detect the straight line, on the basis of the straight line segment of line segment matching.
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关于直线匹配的程序
..................\mdaisy-v1.0
..................\...........\.svn
..................\...........\....\entries
..................\...........\....\format
..................\...........\....\prop-base
..................\...........\....\.........\daisy.ps.svn-base
..................\...........\....\text-base
..................\...........\....\.........\daisy.ps.svn-base
..................\...........\....\.........\draw_daisy.m.svn-base
..................\...........\00000000.jpg
..................\...........\QUICK START.m
..................\...........\Thumbs.db
..................\...........\compute_daisy.m
..................\...........\compute_descriptor.m
..................\...........\display_descriptor.m
..................\...........\filter_size.m
..................\...........\frm.pgm
..................\...........\gaussian_1d.m
..................\...........\init_daisy.m
..................\...........\layered_gradient.m
..................\...........\load_cubes.m
..................\...........\load_gradient_layers.m
..................\...........\load_sgradient_layers.m
..................\...........\mex_compute_all_descriptors.cpp
..................\...........\mex_compute_all_descriptors.mexglx
..................\...........\mex_compute_descriptor.cpp
..................\...........\mex_compute_descriptor.mexglx
..................\...........\normalize_full.m
..................\...........\normalize_partial.m
..................\...........\normalize_sift.m
..................\...........\rgb_to_gray.m
..................\...........\smooth_layers.m
..................\...........\u_compute_descriptor_00.m
..................\...........\u_compute_descriptor_01.m
..................\...........\u_compute_descriptor_10.m
..................\...........\u_compute_descriptor_11.m
..................\...........\usage.matlab
..................\sift
..................\....\SIFT_YantaoNoemie.1
..................\....\...................\README.txt
..................\....\...................\README.txt.bak
..................\....\...................\demo-data
..................\....\...................\.........\00000000.jpg
..................\....\...................\.........\00000001.jpg
..................\....\...................\.........\Thumbs.db
..................\....\...................\.........\beaver11.bmp
..................\....\...................\.........\beaver13.bmp
..................\....\...................\.........\image068.JPG
..................\....\...................\.........\image069.JPG
..................\....\...................\.........\object0024.view01.png
..................\....\...................\.........\object0024.view03.png
..................\....\...................\descriptor
..................\....\...................\..........\do_descriptor.m
..................\....\...................\do_demo_1.m
..................\....\...................\do_demo_2.asv
..................\....\...................\do_demo_2.m
..................\....\...................\do_demo_3.m
..................\....\...................\do_demo_4.m
..................\....\...................\do_sift.m
..................\....\...................\key-location
..................\....\...................\............\do_extrefine.m
..................\....\...................\............\do_localmax.asv
..................\....\...................\............\do_localmax.m
..................\....\...................\main.m
..................\....\...................\match
..................\....\...................\.....\do_match.asv
..................\....\...................\.....\do_match.m
..................\....\...................\orientation
..................\....\...................\...........\do_orientation.m
..................\....\...................\scale-space
..................\....\...................\...........\do_diffofg.m
..................\....\...................\...........\do_gaussian.m
..................\....\...................\...........\smooth.m
............
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