cgv::media::mesh::dual_contouring< X, T > Class Template Reference
class used to perform the marching cubes algorithm More...
#include <dual_contouring.h>
Inheritance diagram for cgv::media::mesh::dual_contouring< X, T >:
Public Types | |
| typedef cgv::math::fvec< X, 3 > | pnt_type |
| points must have three components | |
| typedef cgv::math::fvec< X, 3 > | vec_type |
| vectors must have three components | |
| typedef cgv::math::qem< X > | qem_type |
| qem type must have dimension three | |
| typedef cell_info< X > | cell_info_type |
| qem type must have dimension three | |
Public Member Functions | |
| dual_contouring (const cgv::math::v3_func< X, T > &_func, streaming_mesh_callback_handler *_smcbh, const X &_consistency_threshold=0.01f, unsigned int _max_nr_iters=10, const X &_epsilon=1e-6f) | |
| construct dual contouring object | |
| void | compute_cell_vertex (dc_slice_info< T > *info_ptr, int i, int j) |
| construct a new vertex on an edge | |
| void | generate_quad (unsigned int vi, unsigned int vj, unsigned int vk, unsigned int vl, bool reorient) |
| construct a quadrilateral | |
| void | process_edge_plane (const T &v_1, const T &v_2, int e, cell_info_type *C1, cell_info_type *C2, cell_info_type *C3, cell_info_type *C4) |
| construct plane through edge and add it to the incident qems | |
| void | process_slice (dc_slice_info< T > *prev_info_ptr, dc_slice_info< T > *info_ptr) |
| process a slice | |
| void | extract (const T &_iso_value, const axis_aligned_box< X, 3 > &box, unsigned int _resx, unsigned int _resy, unsigned int _resz, bool show_progress=false) |
| extract iso surface and send quads to dual contouring handler | |
| void | set_callback_handler (streaming_mesh_callback_handler *_smcbh) |
| set a new callback handler | |
| unsigned int | get_nr_dropped_vertices () const |
| return the number of vertices dropped from the front, what is used as index offset into a deque | |
| unsigned int | get_nr_vertices () const |
| return the number of vertices | |
| unsigned int | get_nr_faces () const |
| return the number of faces | |
| void | drop_vertex () |
| drop the front most vertex from the deque | |
| void | drop_vertices (unsigned int n) |
| drop n vertices from the front of the deque | |
| pnt_type & | vertex_location (unsigned int vi) |
| write access to vertex locations | |
| const pnt_type & | vertex_location (unsigned int vi) const |
| read access to vertex locations | |
| const vec_type & | vertex_normal (unsigned int vi) const |
| read access to vertex normals | |
| vec_type & | vertex_normal (unsigned int vi) |
| write access to vertex normals | |
| unsigned int | new_vertex (const pnt_type &p) |
| add a new vertex with the given location and call the callback of the callback handler | |
| void | new_triangle (unsigned int vi, unsigned int vj, unsigned int vk) |
| construct a new triangle by calling the new polygon method of the callback handler | |
| void | new_quad (unsigned int vi, unsigned int vj, unsigned int vk, unsigned int vl) |
| construct a new quad by calling the new polygon method of the callback handler | |
| void | new_polygon (const std::vector< unsigned int > &vertex_indices) |
| construct a new polygon by calling the new polygon method of the callback handler | |
Protected Attributes | |
| int | idx_off |
| offset used to address vertices in deque | |
| unsigned int | nr_faces |
| count the number of faces | |
| std::deque< pnt_type > | pnts |
| store currently used points in deque | |
| std::deque< vec_type > | nmls |
| store currently used normals in deque | |
| streaming_mesh_callback_handler * | smcbh |
| store a pointer to the callback handler | |
Detailed Description
template<typename X, typename T>
class cgv::media::mesh::dual_contouring< X, T >
class used to perform the marching cubes algorithm
The documentation for this class was generated from the following file:
- D:/develop/projects/git/cgv/cgv/media/mesh/dual_contouring.h
