k3d::polyhedron Namespace Reference

Namespaces

namespace  detail

Classes

class  const_primitive
 Gathers the member arrays of a polyhedron primitive into a convenient package. More...
class  primitive
 Gathers the member arrays of a polyhedron primitive into a convenient package. More...

Enumerations

enum  polyhedron_type { POLYGONS = 0, CATMULL_CLARK = 1 }
 

Defines allowable polyhedron types.

More...

Functions

primitivecreate (mesh::primitive &GenericPrimitive)
primitivecreate (mesh &Mesh)
primitivecreate (mesh &Mesh, const mesh::points_t &Vertices, const mesh::counts_t &VertexCounts, const mesh::indices_t &VertexIndices, imaterial *const Material)
const_primitivevalidate (const mesh &Mesh, const mesh::primitive &Primitive)
primitivevalidate (const mesh &Mesh, mesh::primitive &Primitive)
primitivevalidate (const mesh &Mesh, pipeline_data< mesh::primitive > &Primitive)
void add_triangle (mesh &Mesh, primitive &Polyhedron, const uint_t Shell, const uint_t V1, const uint_t V2, const uint_t V3, imaterial *const Material)
 Adds a triangle to an existing polyhedron shell. Preconditions: the polyhedron must already contain at least one shell.
void add_quadrilateral (mesh &Mesh, primitive &Polyhedron, const uint_t Shell, const uint_t V1, const uint_t V2, const uint_t V3, const uint_t V4, imaterial *const Material)
 Adds a quadrilateral to an existing polyhedron shell. Preconditions: the polyhedron must already contain at least one shell.
void add_face (mesh &Mesh, primitive &Polyhedron, const uint_t Shell, const mesh::points_t &Vertices, imaterial *const Material)
 Adds a face to an existing polyhedron shell. Preconditions: the polyhedron must already contain at least one shell.
void add_face (mesh &Mesh, primitive &Polyhedron, const uint_t Shell, const mesh::points_t &Vertices, const std::vector< mesh::points_t > &Holes, imaterial *const Material)
 Adds a face with holes to an existing polyhedron shell. Preconditions: the polyhedron must already contain at least one shell.
void add_grid (mesh &Mesh, primitive &Polyhedron, const uint_t Shell, const uint_t Rows, const uint_t Columns, imaterial *const Material)
void add_cylinder (mesh &Mesh, primitive &Polyhedron, const uint_t Shell, const uint_t Rows, const uint_t Columns, imaterial *const Material)
void add_torus (mesh &Mesh, primitive &Polyhedron, const uint_t Shell, const uint_t Rows, const uint_t Columns, imaterial *const Material)
bool_t is_triangles (const const_primitive &Polyhedron)
 Returns true iff every face in the given polyhedron is a triangle.
bool_t is_solid (const const_primitive &Polyhedron)
 Returns true iff the given polyhedron is a solid (i.e. it has no topological holes).
bool_t is_sds (const const_primitive &Polyhedron)
 Returns true iff the given polyhedron should be rendered as a Subdivision surface.
void create_counterclockwise_edge_lookup (const const_primitive &Polyhedron, mesh::indices_t &CounterclockwiseEdges)
 Initializes arrays for constant-time lookup of counterclockwise edges.
const point3 center (const mesh::indices_t &VertexPoints, const mesh::indices_t &ClockwiseEdges, const mesh::points_t &Points, const uint_t EdgeIndex)
 Calculates the center (average) for an edge loop (returns the origin for degenerate cases).
const normal3 normal (const mesh::indices_t &VertexPoints, const mesh::indices_t &ClockwiseEdges, const mesh::points_t &Points, const uint_t EdgeIndex)
 Calculates the normal for an edge loop (returns a zero-length normal for degenerate cases).
const normal3 normal (const point3 &A, const point3 &B, const point3 &C)
 Calculates the normal for a triangle (returns a zero-length normal for degenerate cases).
void create_face_normal_lookup (const mesh &Mesh, const const_primitive &Polyhedron, mesh::normals_t &Normals)
 Initializes arrays for constant-time lookup from faces to normal vectors.
void create_point_out_edge_lookup (const mesh::indices_t &VertexPoints, const mesh::indices_t &ClockwiseEdges, std::vector< mesh::indices_t > &AdjacencyList)
void create_edge_adjacency_lookup (const mesh::indices_t &VertexPoints, const mesh::indices_t &ClockwiseEdges, mesh::bools_t &BoundaryEdges, mesh::indices_t &AdjacentEdges)
 Initializes arrays for constant-time lookup from an edge to the adjacent edge (if any).
void create_edge_face_lookup (const const_primitive &Polyhedron, mesh::indices_t &EdgeFaces)
 Initializes an array for constant-time lookup from an edge to the face that owns it.
void create_loop_edge_count_lookup (const const_primitive &Polyhedron, mesh::counts_t &LoopEdgeCounts)
 Initializes an array for constant-time lookup from loops to edge counts.
void create_point_face_lookup (const mesh::indices_t &FaceFirstLoops, const mesh::indices_t &FaceLoopCounts, const mesh::indices_t &LoopFirstEdges, const mesh::indices_t &VertexPoints, const mesh::indices_t &ClockwiseEdges, const mesh::points_t &Points, mesh::indices_t &PointFirstFaces, mesh::counts_t &PointFaceCounts, mesh::indices_t &PointFaces)
 Initialize arrays for fast lookup from a vertex to its adjacent faces.
void create_point_face_lookup (const mesh &Mesh, const const_primitive &Polyhedron, std::vector< mesh::indices_t > &AdjacencyList)
 Creates an adjacency list for fast lookup from a vertex to its adjacent faces.
void create_point_out_edge_lookup (const mesh &Mesh, const const_primitive &Polyhedron, std::vector< mesh::indices_t > &AdjacencyList)
 Creates an adjacency list for fast lookup from a vertex to its out-edges.
void create_point_in_edge_lookup (const mesh &Mesh, const const_primitive &Polyhedron, std::vector< mesh::indices_t > &AdjacencyList)
 Creates an adjacency list for fast lookup from a vertex to its in-edges.
void create_point_edge_lookup (const mesh &Mesh, const const_primitive &Polyhedron, std::vector< mesh::indices_t > &AdjacencyList)
 Creates an adjacency list for fast lookup from a vertex to its incident (in- or out-) edges.
void create_point_edge_lookup (const mesh::indices_t &VertexPoints, mesh::indices_t &PointEdges, mesh::indices_t &PointFirstEdges, mesh::counts_t &PointEdgeCounts)
 Initialize arrays for fast lookup from a point index to all edges that start from it. If PointEdgeCounts is filled (by create_vertex_valence_lookup) it is used, otherwise it is created.
void create_point_valence_lookup (const uint_t PointCount, const mesh::indices_t &VertexPoints, mesh::counts_t &Valences)
 Initialize Valences array for constant time lookup of vertex valence (number of incoming edges).
void create_boundary_face_lookup (const mesh::indices_t &FaceFirstLoops, const mesh::indices_t &FaceLoopCounts, const mesh::indices_t &LoopFirstEdges, const mesh::indices_t &ClockwiseEdges, const mesh::bools_t &BoundaryEdges, const mesh::indices_t &AdjacentEdges, mesh::bools_t &BoundaryFaces)
 Initialise boundary_faces array for constant time lookup of faces that are on the mesh boundary. BoundaryEdges and AdjacentEdges can be created using create_edge_adjacency_lookup.
void mark_collinear_edges (mesh::indices_t &RedundantEdges, const mesh::selection_t &EdgeSelection, const mesh::points_t &Points, const mesh::indices_t &VertexPoints, const mesh::indices_t &ClockwiseEdges, const mesh::counts_t &VertexValences, const mesh::bools_t &BoundaryEdges, const mesh::indices_t &AdjacentEdges, const double_t Threshold=1e-8)
 Adds edges that are collinear and with points of valence 1 for boundary edges or valence 2 otherwise to EdgeList.
void mark_coplanar_edges (const mesh::indices_t &Companions, const mesh::bools_t &BoundaryEdges, const mesh::normals_t &Normals, const mesh::indices_t &EdgeFaces, const mesh::selection_t &FaceSelection, mesh::indices_t &RedundantEdges, const double_t Threshold=1e-8)
 Marks edges that are shared by coplanar faces among the selected faces.
mesh::primitivetriangulate (const mesh &Input, const const_primitive &Polyhedron, mesh &Output)
 Triangulates the input polyhedron, storing the resulting primitive and storing point data in Output.
void delete_components (const mesh &Mesh, primitive &Polyhedron, const mesh::bools_t &RemovePoints, mesh::bools_t &RemoveEdges, mesh::bools_t &RemoveLoops, mesh::bools_t &RemoveFaces)
 Removes edges, loops, and faces from a polyhedron, cleaning-up references and attributes.
primitivecreate (mesh &Mesh, const mesh::points_t &Vertices, const mesh::counts_t &VertexCounts, const mesh::indices_t &VertexIndices, const mesh::texture_coordinates_t &TextureCoordinates, imaterial *const Material)

Enumeration Type Documentation

Defines allowable polyhedron types.

Enumerator:
POLYGONS 
CATMULL_CLARK 

Function Documentation

void k3d::polyhedron::add_cylinder ( mesh &  Mesh,
primitive &  Polyhedron,
const uint_t  Shell,
const uint_t  Rows,
const uint_t  Columns,
imaterial *const   Material 
)

Adds a set of points and faces that form a topological "cylinder" with the given number of rows and columns to an existing polyhedron. The geometry (vertex coordinates) of the cylinder is undefined, and must be set by the caller after add_cylinder() returns. Note that many surfaces-of-revolution can be represented as topological cylinders, including disks, cones, cylinders, hyperboloids, paraboloids, and spheres. Preconditions: the polyhedron must contain at least one shell. Postconditions: the polyhedron contains Rows x Columns new faces and Rows x Columns x 4 new half edges, and the mesh contains (Rows + 1) x Columns new points.

Referenced by module::polyhedron::sources::poly_sphere::on_update_mesh_topology(), module::polyhedron::sources::poly_disk::on_update_mesh_topology(), module::polyhedron::sources::poly_cylinder::on_update_mesh_topology(), module::polyhedron::sources::poly_cube::on_update_mesh_topology(), and module::polyhedron::sources::poly_cone::on_update_mesh_topology().

void k3d::polyhedron::add_face ( mesh &  Mesh,
primitive &  Polyhedron,
const uint_t  Shell,
const mesh::points_t &  Vertices,
const std::vector< mesh::points_t > &  Holes,
imaterial *const   Material 
)

Adds a face with holes to an existing polyhedron shell. Preconditions: the polyhedron must already contain at least one shell.

void k3d::polyhedron::add_face ( mesh &  Mesh,
primitive &  Polyhedron,
const uint_t  Shell,
const mesh::points_t &  Vertices,
imaterial *const   Material 
)

Adds a face to an existing polyhedron shell. Preconditions: the polyhedron must already contain at least one shell.

void k3d::polyhedron::add_grid ( mesh &  Mesh,
primitive &  Polyhedron,
const uint_t  Shell,
const uint_t  Rows,
const uint_t  Columns,
imaterial *const   Material 
)

Adds a set of points and faces that form a topological "grid" with the given number of rows and columns to an existing polyhedron. The geometry (vertex coordinates) of the grid is undefined, and must be set by the caller after add_grid() returns. Preconditions: the polyhedron must contain at last one shell. Postconditions: the polyhedron contains Rows x Columns new faces and Rows x Columns x 4 new half edges, and the mesh contains (Rows + 1) x (Columns + 1) new points.

Referenced by module::plot::surface_plot::on_update_mesh_topology(), module::polyhedron::sources::poly_grid::on_update_mesh_topology(), and module::plot::least_squares_plot::on_update_mesh_topology().

void k3d::polyhedron::add_quadrilateral ( mesh &  Mesh,
primitive &  Polyhedron,
const uint_t  Shell,
const uint_t  V1,
const uint_t  V2,
const uint_t  V3,
const uint_t  V4,
imaterial *const   Material 
)
void k3d::polyhedron::add_torus ( mesh &  Mesh,
primitive &  Polyhedron,
const uint_t  Shell,
const uint_t  Rows,
const uint_t  Columns,
imaterial *const   Material 
)

Adds a set of points and faces that form a topological "torus" with the given number of rows and columns to an existing polyhedron. The geometry (vertex coordinates) of the torus is undefined, and must be set by the caller after add_torus() returns. Preconditions: the polyhedron must contain at least one shell. Postconditions: the polyhedron contains Rows x Columns new faces and Rows x Columns x 4 new half edges, and the mesh contains Rows x Columns new points.

Referenced by module::polyhedron::sources::poly_torus::on_update_mesh_topology().

void k3d::polyhedron::add_triangle ( mesh &  Mesh,
primitive &  Polyhedron,
const uint_t  Shell,
const uint_t  V1,
const uint_t  V2,
const uint_t  V3,
imaterial *const   Material 
)

Adds a triangle to an existing polyhedron shell. Preconditions: the polyhedron must already contain at least one shell.

Referenced by module::polyhedron::sources::poly_cushion::add_face(), module::polyhedron::sources::poly_sphere::on_update_mesh_topology(), and module::polyhedron::sources::poly_cylinder::on_update_mesh_topology().

const point3 k3d::polyhedron::center ( const mesh::indices_t &  VertexPoints,
const mesh::indices_t &  ClockwiseEdges,
const mesh::points_t &  Points,
const uint_t  EdgeIndex 
)
primitive* k3d::polyhedron::create ( mesh &  Mesh,
const mesh::points_t &  Vertices,
const mesh::counts_t &  VertexCounts,
const mesh::indices_t &  VertexIndices,
const mesh::texture_coordinates_t &  TextureCoordinates,
imaterial *const   Material 
)

Creates a new polyhedron mesh primitive from a list of vertices, texture coordinates, and face indices, returning references to its member arrays. The caller is responsible for the lifetime of the returned object.

primitive* k3d::polyhedron::create ( mesh &  Mesh,
const mesh::points_t &  Vertices,
const mesh::counts_t &  VertexCounts,
const mesh::indices_t &  VertexIndices,
imaterial *const   Material 
)

Creates a new polyhedron mesh primitive from a list of vertices and face indices, returning references to its member arrays. The caller is responsible for the lifetime of the returned object.

primitive * k3d::polyhedron::create ( mesh &  Mesh  ) 

Creates a new polyhedron mesh primitive, returning references to its member arrays. The caller is responsible for the lifetime of the returned object.

primitive * k3d::polyhedron::create ( mesh::primitive GenericPrimitive  ) 

Creates a new polyhedron mesh primitive, returning references to its member arrays. The caller is responsible for the lifetime of the returned object.

Referenced by module::qslim::qslim::append(), k3d::python::polyhedron::create(), k3d::python::polyhedron::create2(), module::collada::io::intGeometry::intGeometry(), module::polyhedron::selected_faces_to_polyhedron::on_create_mesh(), module::bicubic_patch::bicubic_to_poly::on_create_mesh(), module::obj::io::mesh_reader::my_parser::on_curve_surface_type(), module::ply::io::mesh_reader::on_load_mesh(), module::md2::io::mesh_reader_implementation::on_load_mesh(), module::gts::io::mesh_reader::on_load_mesh(), module::nurbs::polygonize_patch::on_update_mesh(), module::subdivision_surface::catmull_clark_subdivider::on_update_mesh(), module::uniform_polyhedron::uniform_polyhedron::on_update_mesh_topology(), module::plot::surface_plot::on_update_mesh_topology(), module::polyhedron::sources::poly_torus::on_update_mesh_topology(), module::polyhedron::sources::poly_sphere::on_update_mesh_topology(), module::polyhedron::sources::poly_icosahedron::on_update_mesh_topology(), module::polyhedron::sources::poly_grid::on_update_mesh_topology(), module::polyhedron::sources::poly_disk::on_update_mesh_topology(), module::polyhedron::sources::poly_cylinder::on_update_mesh_topology(), module::polyhedron::sources::poly_cushion::on_update_mesh_topology(), module::polyhedron::sources::poly_cube::on_update_mesh_topology(), module::polyhedron::sources::poly_cone::on_update_mesh_topology(), module::plot::least_squares_plot::on_update_mesh_topology(), module::lsystem::l_parser::on_update_mesh_topology(), k3d::polyhedron::detail::create_triangles::process(), and module::cgal::to_mesh().

void k3d::polyhedron::create_boundary_face_lookup ( const mesh::indices_t &  FaceFirstLoops,
const mesh::indices_t &  FaceLoopCounts,
const mesh::indices_t &  LoopFirstEdges,
const mesh::indices_t &  ClockwiseEdges,
const mesh::bools_t &  BoundaryEdges,
const mesh::indices_t &  AdjacentEdges,
mesh::bools_t &  BoundaryFaces 
)

Initialise boundary_faces array for constant time lookup of faces that are on the mesh boundary. BoundaryEdges and AdjacentEdges can be created using create_edge_adjacency_lookup.

void k3d::polyhedron::create_counterclockwise_edge_lookup ( const const_primitive &  Polyhedron,
mesh::indices_t &  CounterclockwiseEdges 
)

Initializes arrays for constant-time lookup of counterclockwise edges.

Referenced by module::polyhedron::connect_vertices::on_create_mesh(), and module::polyhedron::bridge_faces::on_create_mesh().

void k3d::polyhedron::create_edge_adjacency_lookup ( const mesh::indices_t &  VertexPoints,
const mesh::indices_t &  ClockwiseEdges,
mesh::bools_t &  BoundaryEdges,
mesh::indices_t &  AdjacentEdges 
)
void k3d::polyhedron::create_edge_face_lookup ( const const_primitive &  Polyhedron,
mesh::indices_t &  EdgeFaces 
)
void k3d::polyhedron::create_face_normal_lookup ( const mesh &  Mesh,
const const_primitive &  Polyhedron,
mesh::normals_t &  Normals 
)

Initializes arrays for constant-time lookup from faces to normal vectors.

Referenced by module::polyhedron::extrude_faces::on_create_mesh().

void k3d::polyhedron::create_loop_edge_count_lookup ( const const_primitive &  Polyhedron,
mesh::counts_t &  LoopEdgeCounts 
)
void k3d::polyhedron::create_point_edge_lookup ( const mesh::indices_t &  VertexPoints,
mesh::indices_t &  PointEdges,
mesh::indices_t &  PointFirstEdges,
mesh::counts_t &  PointEdgeCounts 
)

Initialize arrays for fast lookup from a point index to all edges that start from it. If PointEdgeCounts is filled (by create_vertex_valence_lookup) it is used, otherwise it is created.

Deprecated:
Use create_point_out_edge_lookup() instead
void k3d::polyhedron::create_point_edge_lookup ( const mesh &  Mesh,
const const_primitive &  Polyhedron,
std::vector< mesh::indices_t > &  AdjacencyList 
)

Creates an adjacency list for fast lookup from a vertex to its incident (in- or out-) edges.

Referenced by module::polyhedron::collapse_edges::on_create_mesh(), and module::selection::grow_selection::on_update_selection().

void k3d::polyhedron::create_point_face_lookup ( const mesh &  Mesh,
const const_primitive &  Polyhedron,
std::vector< mesh::indices_t > &  AdjacencyList 
)

Creates an adjacency list for fast lookup from a vertex to its adjacent faces.

void k3d::polyhedron::create_point_face_lookup ( const mesh::indices_t &  FaceFirstLoops,
const mesh::indices_t &  FaceLoopCounts,
const mesh::indices_t &  LoopFirstEdges,
const mesh::indices_t &  VertexPoints,
const mesh::indices_t &  ClockwiseEdges,
const mesh::points_t &  Points,
mesh::indices_t &  PointFirstFaces,
mesh::counts_t &  PointFaceCounts,
mesh::indices_t &  PointFaces 
)
void k3d::polyhedron::create_point_in_edge_lookup ( const mesh &  Mesh,
const const_primitive &  Polyhedron,
std::vector< mesh::indices_t > &  AdjacencyList 
)

Creates an adjacency list for fast lookup from a vertex to its in-edges.

void k3d::polyhedron::create_point_out_edge_lookup ( const mesh &  Mesh,
const const_primitive &  Polyhedron,
std::vector< mesh::indices_t > &  AdjacencyList 
)

Creates an adjacency list for fast lookup from a vertex to its out-edges.

void k3d::polyhedron::create_point_out_edge_lookup ( const mesh::indices_t &  VertexPoints,
const mesh::indices_t &  ClockwiseEdges,
std::vector< mesh::indices_t > &  AdjacencyList 
)
void k3d::polyhedron::create_point_valence_lookup ( const uint_t  PointCount,
const mesh::indices_t &  VertexPoints,
mesh::counts_t &  Valences 
)

Initialize Valences array for constant time lookup of vertex valence (number of incoming edges).

Parameters:
PointCount Initial guess for the number of points. Valences will be expanded to the correct size if this is too small
VertexPoints The indices of the edge points
Valences will store the number of edges for each point
Deprecated:
Use create_point_in_edge_lookup() instead

Referenced by module::carve::detail::merge_collinear_edges(), module::polyhedron::merge_collinear_edges::on_create_mesh(), module::selection::select_edge_rings::on_update_selection(), and module::selection::select_edge_loops::on_update_selection().

void k3d::polyhedron::delete_components ( const mesh &  Mesh,
primitive &  Polyhedron,
const mesh::bools_t &  RemovePoints,
mesh::bools_t &  RemoveEdges,
mesh::bools_t &  RemoveLoops,
mesh::bools_t &  RemoveFaces 
)
bool_t k3d::polyhedron::is_sds ( const const_primitive &  Polyhedron  ) 
bool_t k3d::polyhedron::is_solid ( const const_primitive &  Polyhedron  ) 

Returns true iff the given polyhedron is a solid (i.e. it has no topological holes).

bool_t k3d::polyhedron::is_triangles ( const const_primitive &  Polyhedron  ) 

Returns true iff every face in the given polyhedron is a triangle.

Referenced by module::ogre::io::mesh_writer::on_write_mesh().

void k3d::polyhedron::mark_collinear_edges ( mesh::indices_t &  RedundantEdges,
const mesh::selection_t &  EdgeSelection,
const mesh::points_t &  Points,
const mesh::indices_t &  VertexPoints,
const mesh::indices_t &  ClockwiseEdges,
const mesh::counts_t &  VertexValences,
const mesh::bools_t &  BoundaryEdges,
const mesh::indices_t &  AdjacentEdges,
const double_t  Threshold 
)

Adds edges that are collinear and with points of valence 1 for boundary edges or valence 2 otherwise to EdgeList.

Referenced by module::carve::detail::merge_collinear_edges(), and module::polyhedron::merge_collinear_edges::on_create_mesh().

void k3d::polyhedron::mark_coplanar_edges ( const mesh::indices_t &  Companions,
const mesh::bools_t &  BoundaryEdges,
const mesh::normals_t &  Normals,
const mesh::indices_t &  EdgeFaces,
const mesh::selection_t &  FaceSelection,
mesh::indices_t &  RedundantEdges,
const double_t  Threshold 
)
const normal3 k3d::polyhedron::normal ( const point3 &  i,
const point3 &  j,
const point3 &  k 
)

Calculates the normal for a triangle (returns a zero-length normal for degenerate cases).

const normal3 k3d::polyhedron::normal ( const mesh::indices_t &  VertexPoints,
const mesh::indices_t &  ClockwiseEdges,
const mesh::points_t &  Points,
const uint_t  EdgeIndex 
)
mesh::primitive * k3d::polyhedron::triangulate ( const mesh &  Input,
const const_primitive &  Polyhedron,
mesh &  Output 
)

Triangulates the input polyhedron, storing the resulting primitive and storing point data in Output.

Referenced by module::polyhedron::triangulate_faces::on_create_mesh(), and module::carve::boolean::boolean_functor::operator()().

primitive * k3d::polyhedron::validate ( const mesh &  Mesh,
pipeline_data< mesh::primitive > &  GenericPrimitive 
)

Tests the given mesh primitive to see if it is a valid polyhedron, returning references to its member arrays, or NULL. The caller is responsible for the lifetime of the returned object.

primitive * k3d::polyhedron::validate ( const mesh &  Mesh,
mesh::primitive GenericPrimitive 
)

Tests the given mesh primitive to see if it is a valid polyhedron, returning references to its member arrays, or NULL. The caller is responsible for the lifetime of the returned object.

const_primitive * k3d::polyhedron::validate ( const mesh &  Mesh,
const mesh::primitive GenericPrimitive 
)

Tests the given mesh primitive to see if it is a valid polyhedron, returning references to its member arrays, or NULL. The caller is responsible for the lifetime of the returned object.

Referenced by module::selection::make_point_selection::create_mesh_selection(), module::selection::make_face_selection::create_mesh_selection(), module::selection::make_edge_selection::create_mesh_selection(), module::test::valid_meshes::execute(), module::gts::mesh_volume::execute(), module::gts::mesh_area::execute(), module::opengl::painters::detail::get_affected_points(), k3d::qtui::selection::is_edge_selected(), k3d::ngui::selection::is_edge_selected(), k3d::qtui::selection::is_face_selected(), k3d::ngui::selection::is_face_selected(), module::opengl::painters::detail::normal(), module::polyhedron::triangulate_faces::on_create_mesh(), module::polyhedron::subdivide_faces::on_create_mesh(), module::polyhedron::subdivide_edges::on_create_mesh(), module::polyhedron::selected_faces_to_polyhedron::on_create_mesh(), module::qslim::qslim::on_create_mesh(), module::bilinear_patch::poly_to_bilinear::on_create_mesh(), module::mesh_attributes::named_text_array::on_create_mesh(), module::polyhedron::move_first_edge_implementation::on_create_mesh(), module::polyhedron::merge_coplanar_faces::on_create_mesh(), module::polyhedron::merge_collinear_edges::on_create_mesh(), module::polyhedron::make_sds_implementation::on_create_mesh(), module::euler::kill_edge_make_loop::on_create_mesh(), module::euler::kill_edge_and_vertex::on_create_mesh(), module::polyhedron::flip_orientation_implementation::on_create_mesh(), module::polyhedron::extrude_faces::on_create_mesh(), module::blobby::edges_to_blobby::on_create_mesh(), module::polyhedron::dissolve_faces::on_create_mesh(), module::polyhedron::delete_components::on_create_mesh(), module::polyhedron::connect_vertices::on_create_mesh(), module::polyhedron::collapse_points::on_create_mesh(), module::polyhedron::collapse_faces::on_create_mesh(), module::polyhedron::collapse_edges::on_create_mesh(), module::subdivision_surface::catmull_clark_subdivider::on_create_mesh(), module::polyhedron::cap_holes::on_create_mesh(), module::polyhedron::bridge_faces::on_create_mesh(), module::polyhedron::bridge_edges::on_create_mesh(), module::polyhedron::bevel_points::on_create_mesh(), module::deformation::smooth_points::on_deform_mesh(), module::opengl::painters::sds_vbo< component_t >::on_execute(), module::opengl::painters::face_selection::on_execute(), module::opengl::painters::edge_selection::on_execute(), module::opengl::painters::cached_triangulation::on_execute(), module::opengl::painters::sds_cache::on_geometry_changed(), module::opengl::painters::vbo_sds_painter< point_selection, sds_point_vbo >::on_paint_mesh(), module::opengl::painters::vbo_face_painter::on_paint_mesh(), module::opengl::painters::vbo_edge_painter::on_paint_mesh(), module::opengl::painters::varying_data_painter::on_paint_mesh(), module::opengl::painters::textured_face_painter::on_paint_mesh(), module::opengl::painters::sds_point_painter::on_paint_mesh(), module::opengl::painters::sds_face_painter::on_paint_mesh(), module::opengl::painters::normal_array_painter::on_paint_mesh(), module::opengl::painters::hidden_line_painter::on_paint_mesh(), module::opengl::painters::half_edge_painter::on_paint_mesh(), module::opengl::painters::face_varying_painter::on_paint_mesh(), module::opengl::painters::face_painter::on_paint_mesh(), module::opengl::painters::face_orientation_painter::on_paint_mesh(), module::opengl::painters::face_numbering_painter::on_paint_mesh(), module::opengl::painters::face_normal_painter::on_paint_mesh(), module::opengl::painters::edge_painter::on_paint_mesh(), module::opengl::painters::edge_numbering_painter::on_paint_mesh(), module::opengl::painters::color_face_painter::on_paint_mesh(), module::opengl::painters::vbo_sds_painter< point_selection, sds_point_vbo >::on_select_mesh(), module::opengl::painters::vbo_face_painter::on_select_mesh(), module::opengl::painters::vbo_edge_painter::on_select_mesh(), module::opengl::painters::textured_face_painter::on_select_mesh(), module::opengl::painters::sds_point_painter::on_select_mesh(), module::opengl::painters::sds_face_painter::on_select_mesh(), module::opengl::painters::hidden_line_painter::on_select_mesh(), module::opengl::painters::face_painter::on_select_mesh(), module::opengl::painters::color_face_painter::on_select_mesh(), module::polyhedron::sds_hole::on_update_mesh(), module::polyhedron::sds_crease::on_update_mesh(), module::polyhedron::sds_corner::on_update_mesh(), module::subdivision_surface::catmull_clark_subdivider::on_update_mesh(), module::mesh_attributes::calculate_normals::on_update_mesh(), module::cgal::boolean::on_update_mesh_topology(), module::selection::select_n_sided::on_update_selection(), module::selection::select_face_by_number::on_update_selection(), module::selection::select_edge_rings::on_update_selection(), module::selection::select_edge_loops::on_update_selection(), module::selection::select_edge_by_number::on_update_selection(), module::selection::select_degenerate_faces::on_update_selection(), module::selection::select_connected_components::on_update_selection(), module::selection::select_companion::on_update_selection(), module::selection::select_clockwise::on_update_selection(), module::selection::select_boundary_edges::on_update_selection(), module::selection::grow_selection::on_update_selection(), module::selection::face_to_point_selections::on_update_selection(), module::stl::io::mesh_writer::on_write_mesh(), module::ply::io::mesh_writer::on_write_mesh(), module::ogre::io::mesh_writer::on_write_mesh(), module::obj::io::mesh_writer::on_write_mesh(), k3d::qtui::selection::detail::select_edges::operator()(), k3d::ngui::selection::detail::select_edges::operator()(), module::carve::boolean::boolean_functor::operator()(), module::renderman::painters::subdivision_surface_painter::paint_mesh(), module::renderman::painters::polyhedron_painter::paint_mesh(), k3d::ngui::viewport::control::pick_edge(), k3d::ngui::viewport::control::pick_point(), module::indigo::render_engine::render_mesh(), module::yafray::render_engine::render_mesh_instance(), module::luxrender::render_engine::render_mesh_instance(), module::opengl::painters::detail::traverse_polyhedra(), k3d::python::polyhedron::validate(), and k3d::python::polyhedron::validate_const().


Generated on Mon Mar 21 07:42:42 2011 for K-3D by doxygen 1.6.3