contents.m

% Geometric Processing Package
% 
% algebra
%   compute_adjacency_matrix.m - compute adjacency matrix
%   compute_bd.m               - find boundary
%   compute_connectivity.m     - find connectivity information
%   compute_dual_graph.m       - compute dual graph of mesh
%   compute_edge.m             - find edges
%   compute_face_ring.m        - find face ring of all face
%   compute_halfedge.m         - find halfedges
%   compute_vertex_face_ring.m - find face ring of all vertex
%   compute_vertex_ring.m      - find vertex ring of all/any vertex
%   face_area.m                - compute all face area
%   generalized_laplacian.m    - discretize generalized laplace operator on mesh
%   gradient.m                 - discretize gradient operator on mesh
%   laplace_beltrami.m         - discretize Laplace Beltrami on mesh
%   vertex_area.m              - compute vertex area
% 
% graphics
%   plot_mesh.m                - plot mesh
%   plot_path.m                - plot path on mesh
% 
% io
%   read_obj.m                 - read mesh data from obj file
%   read_off.m                 - read mesh data from off file
%   read_ply.m                 - read mesh data from ply file
%   write_obj.m                - write mesh data to obj file
%   write_off.m                - write mesh data to off file
%   write_ply.m                - write mesh data to ply file
% 
% misc
%   sparse_to_csc.m            - convert sparse matrix to csc format
%   sparse_to_csr.m            - convert sparse matrix to csr format
%   csc_to_sparse.m            - convert csc format to sparse matrix
%   csr_to_sparse.m            - convert csr format to sparse matrix
% 
% parameterization
%   disk_harmonic_map.m        - harmonic map from surface to unit disk
%   rect_harmonic_map.m        - harmonic map from surface to unit square
%   spherical_conformal_map.m  - spherical conformal map from genus zero surface to unit sphere
% 
% topology
%   clean_mesh.m               - clean mesh by removing unreferenced vertex
%   compute_greedy_homotopy_basis.m - compute a basis of homotopy group
%   compute_homology_basis.m   - compute a basis of homology group
%   cut_graph.m                - find a cut graph of mesh
%   dijkstra.m                 - dijkstra shortest path algorithm
%   minimum_spanning_tree.m    - Prim's minimum spanning tree algorithm
%   slice_mesh.m               - slice mesh open along a collection of edges
% 
% tutorial
%   tutorial0                  - a quick start tutorial
%   tutorial1                  - a tutorial brings you go through the package
%   tutorial2                  - a tutorial brings you go through the advanced functions of the package