Active Shape Model (ASM) and Active Appearance Model (AAM): x=linspace_multi(d1,d2,n) - File Exchange

Code covered by the BSD License

Highlights from
Active Shape Model (ASM) and Active Appearance Model (AAM)

A=imresize3d(V,scale,tsize,nt... This function resizes a 3D image volume to new dimensions
AAM_2D_example.m This Script shows an example of a working basic Active Appearance Model (AAM),
AAM_3D_train_example.m Train an Active Appearance Model of the JAW
AAM_ApplyModel2D(ItestLarge,t... We start at the coarse scale
AAM_MakeShapeModel2D(Training... Number of datasets
AAM_MakeShapeModel3D(Training... Number of datasets
AAM_Weights2D(TrainingData,Sh...
AAM_Weights3D(TrainingData,Sh...
ASM_2D_example.m This Script shows an example of an working basic Active Shape Model,
ASM_3D_train_example.m Train an active Shape Model of the JAW
ASM_ApplyModel2D(Itest,tform,... Optimalization
ASM_MakeShapeModel2D(Training... Number of datasets
ASM_MakeShapeModel3D(Training... Number of datasets
AppearanceData=AAM_MakeAppear... Make the gray-level Appearance Model
AppearanceData=AAM_MakeAppear... Make the gray-level Appearance Model
AppearanceData=ASM_MakeAppear... Gray-Level Appearance Model
AppearanceData=ASM_MakeAppear... Gray-Level Appearance Model
DrawContourGui(varargin) This GUI DrawContourGui can be used to draw a contour line on
I=imgaussian(I,sigma,siz) IMGAUSSIAN filters an 1D, 2D color/greyscale or 3D image with an
I_texture=AAM_Vector2Appearan...
I_texture=AAM_Vector2Appearan...
I_texture=drawObject(base_poi... Draw the contour as one closed line white line in an image, and make
J=warp_tetrahedron(I,xyz,uvw,... This function WARP_TETRAHEDRON will perform a piecewise 3D linear image
J=warp_tetrahedron_double(I,x...
J=warp_triangle(I,xy,uv,Image... This function WARP_TRIANGLE will perform a piecewise linear 2D image warp
J=warp_triangle_double(I,xy,u...
N=ASM_GetContourNormals2D(V,L... This function calculates the normals, of the contour points
N=ASM_GetContourNormals3D(V,F...
N=patchnormals(FV) This function PATCHNORMALS calculates the normals of a triangulated
R=AAM_MakeSearchModel2D(Shape... Structure which will contain all weighted errors of model versus real
R=AAM_MakeSearchModel3D(Shape... Structure which will contain all weighted errors of model versus real
SelectPosition(varargin) Detect callback and execute callback function
ShapeAppearanceData=AAM_Combi... This functions combines the shape and appearance of the objects, by
ShapeAppearanceData=AAM_Combi... This functions combines the shape and appearance of the objects, by
V=ASM_align_data_inverse3D(V,...
Vertices=AAM_align_data_inver... Correct for rotation
Vertices=AAM_align_data_inver... Compute the rotation matrix
Volume=polygon2voxel(FV,Volum... This function POLYGON2VOXEL will convert a Triangulated Mesh into a
Volume=polygon2voxel_double(F... List with all vertices coordinates of a face
[Evalues, Evectors, x_mean]=P... PCA using Single Value Decomposition
[Evalues, Evectors1, Evectors... Weighted PCA using Single Value Decomposition
[Nx,Ny,Nz]=patchnormals_doubl...
[Vertices,Lines]=LoadDataSetN... LoadDataSetNiceContour, Load the ContourPoints and Photo of a dataset
[Vertices,tform]=AAM_align_da... Remove rotation and translation and scale : Procrustes analysis
[Vertices,tform]=AAM_align_da... Remove rotation and translation and scale : Procrustes analysis
[Vertices,tform]=ASM_align_da... Aligns the contours positions, center the data and remove rotation
[Vertices,tform]=ASM_align_da... Aligns the contours positions, center the data and remove rotation
[greyvector,J]=AAM_Appearance... Transform the hands images first into the mean texture image, and than
[gt,dgt]=ASM_getProfileAndDer... This function getProfileAndDerivatives, samples the image on lines
[gtc,dgtc]=ASM_getProfileAndD... This function getProfileAndDerivatives, samples the image on lines
[pos,I_model,I_segment]=AAM_A... Loop through the 4 image size scales
[posV,I_segment]=ASM_ApplyMod... Optimalization
[uv xy]=PreProcessCp2tform(uv... When CP2TFORM is used in piecewise linear mode, it uses triangulation
g=AAM_NormalizeAppearance2D(g... Normalize appearance data grey values
g=AAM_NormalizeAppearance3D(g...
greyvector=AAM_Appearance2Vec... Transform the hands images first into the mean texture image, and than
image_interpolation_backward(... This function is used to transform an 2D image, in a backwards way with an
interpfast(I,xi,yi,zi,type)
pos=ASM_align_data_inverse2D(... Correct for rotation
posV=ASM_ApplyModel3Dblack(It... Optimalization
showcs3(varargin) SHOWCS3 M-file for showcs3.fig
x=linspace_multi(d1,d2,n) LINSPACE Linearly spaced vector, but then all pairs in two columns
AAM_3D_apply_example.m
ASM_3D_apply_example.m
compile_c_files.m
compile_c_files.m
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from Active Shape Model (ASM) and Active Appearance Model (AAM) by Dirk-Jan Kroon
Cootes 2D/3D Active Shape & Appearance Model for automatic image object segmentation and recognition

x=linspace_multi(d1,d2,n)

function x=linspace_multi(d1,d2,n)
% LINSPACE Linearly spaced vector, but then all pairs in two columns
d1=d1(:); d2=d2(:);
x=[repmat(d1,1,n-1)+repmat((0:n-2),length(d1),1).*repmat((d2-d1),1,n-1)/(floor(n)-1) d2];

Highlights from Active Shape Model (ASM) and Active Appearance Model (AAM)

Highlights from
Active Shape Model (ASM) and Active Appearance Model (AAM)