文件名称:ActiveModels_version7
介绍说明--下载内容均来自于网络,请自行研究使用
使用连续曲线来表达目标边缘,并定义一个能量泛函使得其自变量包括边缘曲线,因此分割过程就转变为求解能量泛函的最小值的过程,一般可通过求解函数对应的欧拉(Euler.Lagrange)方程来实现,能量达到最小时的曲线位置就是目标的轮廓所在。-Continuous curve to express goal edge, and define an energy functional so that its arguments including edge curve, so segmentation process is transformed into the process of solving the minimum energy functional, and generally function by solving the corresponding Euler (Euler. Lagrange) equations to achieve the minimum energy to reach the position of the curve is where the contour of an object.
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下载文件列表
AAM Functions\AAM_align_data2D.m
.............\AAM_align_data3D.m
.............\AAM_align_data_inverse2D.m
.............\AAM_align_data_inverse3D.m
.............\AAM_Appearance2Vector2D.m
.............\AAM_Appearance2Vector3D.m
.............\AAM_ApplyModel2D.m
.............\AAM_ApplyModel3D.m
.............\AAM_CombineShapeAppearance2D.m
.............\AAM_CombineShapeAppearance3D.m
.............\AAM_MakeAppearanceModel2D.m
.............\AAM_MakeAppearanceModel3D.m
.............\AAM_MakeSearchModel2D.m
.............\AAM_MakeSearchModel3D.m
.............\AAM_MakeShapeModel2D.m
.............\AAM_MakeShapeModel3D.m
.............\AAM_NormalizeAppearance2D.m
.............\AAM_NormalizeAppearance3D.m
.............\AAM_Vector2Appearance2D.m
.............\AAM_Vector2Appearance3D.m
.............\AAM_Weights2D.m
.............\AAM_Weights3D.m
AAM_2D_example.m
AAM_3D_apply_example.m
AAM_3D_train_example.m
.SM Functions\ASM_align_data2D.m
.............\ASM_align_data3D.m
.............\ASM_align_data_inverse2D.m
.............\ASM_align_data_inverse3D.m
.............\ASM_ApplyModel2D.m
.............\ASM_ApplyModel3D.m
.............\ASM_ApplyModel3Dblack.m
.............\ASM_GetContourNormals2D.m
.............\ASM_GetContourNormals3D.m
.............\ASM_getProfileAndDerivatives2D.m
.............\ASM_getProfileAndDerivatives3D.m
.............\ASM_MakeAppearanceModel2D.m
.............\ASM_MakeAppearanceModel3D.m
.............\ASM_MakeShapeModel2D.m
.............\ASM_MakeShapeModel3D.m
ASM_2D_example.m
ASM_3D_apply_example.m
ASM_3D_train_example.m
Fotos\segm001.png
.....\segm002.png
.....\segm003.png
.....\segm004.png
.....\segm005.png
.....\segm006.png
.....\segm007.png
.....\segm008.png
.....\segm009.png
.....\segm010.png
.....\test001.jpg
.....\Thumbs.db
.....\train001.jpg
.....\train001.mat
.....\train002.jpg
.....\train002.mat
.....\train003.jpg
.....\train003.mat
.....\train004.jpg
.....\train004.mat
.....\train005.jpg
.....\train005.mat
.....\train006.jpg
.....\train006.mat
.....\train007.jpg
.....\train007.mat
.....\train008.jpg
.....\train008.mat
.....\train009.jpg
.....\train009.mat
.....\train010.jpg
.....\train010.mat
.unctions\DrawContourGui.fig
.........\DrawContourGui.m
.........\drawObject.m
.........\imgaussian.c
.........\imgaussian.m
.........\imresize3d.m
.........\linspace_multi.m
.........\LoadDataSetNiceContour.m
.........\PCA.m
.........\PCAweight.m
.........\PreProcessCp2tform.m
.........\SelectPosition.m
.........\showcs3.fig
.........\showcs3.m
InterpFast_version1\compile_c_files.m
...................\image_interpolation.c
...................\image_interpolation.h
...................\interp2fast_double.c
...................\interp3fast_double.c
...................\interp3fast_single.c
...................\interpfast.m
...................\multiple_os_thread.h
PatchNormals_version1\patchnormals.m
.....................\patchnormals_double.c
.....................\patchnormals_double.m