Code covered by the BSD License
Highlights from
Corresponding Points through MDL
- A=imresize3d(V,scale,tsize,nt... This function resizes a 3D image volume to new dimensions
- AffineGradient2D( UpdateAffin...
- Alpha=UniformLine(nLandmarks)
- AlphaGradient1D( UpdateLineAl...
- AlphaGradient2D( UpdateCircle...
- AlphaGradient3D( UpdateSphere... Number of datasets
- C=PointToClosestPointOnPlane(... C = PointToClosestPointOnPlane(A,B,C,P)
- C=PointToClosestPointOnPlane(... C = PointToClosestPointOnPlane(A,B,C,P)
- CheckMeshFoldingSphere(F,V)
- CircleMDL2D( data ,options)
- E=ErrorMesh(V,F,area1)
- Faces=GetRemainingFaces(T,F,V...
- I=imgaussian(I,sigma,siz) IMGAUSSIAN filters an 1D, 2D color/greyscale or 3D image with an
- InsidePoints3D(V,F) Remove points outside the contour
- Lambda=BarycentricCoordinates... Edge Vectors
- Lambda=BarycentricCoordinates... Normalization factors
- Lambda=BarycentricCoordinates... Normalization factors
- LineMDL( data , options)
- LineXY=MapObject2Line(ObjectX...
- N=ContourNormals2D(V,L) This function calculates the normals, of the contour points
- N=patchnormals(FV) This function PATCHNORMALS calculates the normals of a triangulated
- Ne=vertex_neighbours(FV) This function VERTEX_NEIGHBOURS will search in a face list for all
- Ne=vertex_neighbours_double(F... Neighbourh cell array
- SphereMDL3D( data ,options) Example,
- T=BoundaryCollapse3D(V,F,T,Op... This function performs 2D triangulation or 3D tessellation. Advantage
- T=Mesh2Tetra(V,F,options) This function MESH2TETRA converts a triangulated surface mesh into a
- U=BaryCentricCorrection(C,V,F...
- UniformCircle(nLandmarks) Uniform sampled angles of the landmarks
- UpdateSphere( Vsphere,moveLon...
- V=RelaxMesh(V,F) load('testdata3dsmall.mat');
- V=RotationMatrixTransform(V,M...
- VB=Map2Circle(V,L) Align the contour coordinates with the circle coordinates
- VB=Map2Line(V,L)
- VS=visibility_matrix_3D(V,F)
- VerticesSphere=OptimalSphere(...
- Vind=make_left_vertice_list(V... Make list with all vertices which have not collapsed yet
- Visible=CheckPointOutInside3D...
- Visible=CheckVisiblePoint3D(V...
- Vsphere=OptimizeSphere(F,V,Vs... load('testdata3dsmall.mat');
- XYZ=Sphere2XYZ(Latitude,Longi...
- Y=transformvertices(X,M) Transform the vertices with 3x3 or 4x4 matrix M
- [C,XYZ,S,W]=Map2Sphere(FV)
- [C,u]=PointToClosestPointOnLi... C,u = PointToClosestPointOnLine(L1,L2,P)
- [CircleAlpha,CircleXY]=MapObj...
- [D,Dd]=SVD_MD(x) ASM Model corresponding point distance and its derivatives .
- [DL,DLd]=SVD_DL(x) Description length (Transmittion cost) after SVD on matrix, and its derivatives.
- [E,Ex,data]=LongLatGradient(V...
- [Evalues, Evectors, x_mean]=P... PCA using Single Value Decomposition
- [F,V]=solveInterSections(F,V)
- [I1,Faces,Vertices]=GetImageS... Read the Image
- [L,V]=getExampleImageContour(... Read the Image
- [Latitude,Longitude,SphereXYZ...
- [Latitude,Longitude]=XYZ2Sphe...
- [M,Minv]=VectorRotationMatrix...
- [N,U]=FaceNormals(V,F)
- [Nx,Ny,Nz]=patchnormals_doubl...
- [ObjectXY,ObjectDerXY]=MapCir... Map the points to the object
- [ObjectXY,ObjectDerXY]=MapCir... Change the mapping from circle to object, using the landmark information.
- [ObjectXY,ObjectDerXY]=MapLin... Map the points to the object
- [ObjectXY,ObjectDerXY]=MapLin... Change the mapping from line to object, using the landmark information.
- [ObjectXYZ,ObjectDerXYZLat,Ob... Map the points to the object
- [ObjectXYZ,ObjectDerXYZLat,Ob... Change the mapping from circle to object, using the landmark information.
- [Pointsn,Pointsln,Minv]=Norma...
- [T F]=DelaunayInside3D(V,F,Op...
- [T,Tout]=RemoveInvalidTetrahe...
- [V,F,nF,T,nT]=collapse_edge(V... Make list with all vertices which have not collapsed yet
- [V,F,nF,T,nT]=process(V,F,nF,... Remove faces by replacing them
- [V,F,nF,T,nT]=retry_remove_te... Make a list of tetrahedrons and outside faces to be removed, to
- [Vertices,Faces]=UniformSpher...
- [angles]=triangle_angles(P,fo... This function gives the angles of a triangle
- [area]=triangle_area(P,method... This function gives the area of a triangle
- [inter,F2,nF2,Tnew]=VolumeChe...
- [inter,inter_x,inter_y,inter_...
- [inter,inter_xy]=LineLineInte... Distance in x direction
- [intersect FV]=CheckMeshInter...
- [nObjects Object]=ReturnSeppa...
- angles=getAngle(V,F)
- area=getArea(V,F)
- area=getArea(V,F)
- d=GreatCircleDistance(xy1,xy2...
- data=SphereData(Vsphere,optio...
- fminlbfgs.m
- inter=CheckFaceOrientations(F...
- inter=CheckInsideFace(VN0,VN1... Check if inside face
- inter=CheckInsideTetrahedron(... Check if inside tetrahedron
- inter=CheckPointsInsideTetrah...
- inter=VolumeCheck(V,F,nF,T,nT...
- intersect=CheckInputMesh(V,F,...
- intersect=TriangleTriangleInt...
- k=LineCurvature2D(Vertices,Li... This function calculates the curvature of a 2D line. It first fits
- mappingdata=UpdateMapping1D(U... Use a gaussian kernel to map the update from the line landmarks to
- mappingdata=UpdateMapping2D(U... mappingdata=UpdateMapping2D(UpdateCircleAlpha,mappingdata,sigma)
- mappingdata=UpdateMapping3D(U...
- move_inside=CheckMoveInside3D... Orignal vertex position
- volume=CheckVolumeFaceMesh(V,...
- volume=CheckVolumeTetraMesh(V...
- compile_c_files.m
- test.m
- testmap2sphere.m
- View all files
from
Corresponding Points through MDL
by Dirk-Jan Kroon
Minimum Description Length optimization of PCA model for 2D/3D ASM model building |
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