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Project Geode-Common ​

namespace geode ​

Namespaces ​

Records ​

Functions ​

extract_mappings_from_split_info ​

cpp
FixedArray extract_mappings_from_split_info(Span split_info)
FixedArray extract_mappings_from_split_info(Span split_info)

update_vertex_mappings ​

cpp
void update_vertex_mappings(std::vector<geode::VertexMultiMapping> & vertex_multi_mappings, const geode::VertexMultiMapping & collapse_mapping)
void update_vertex_mappings(std::vector<geode::VertexMultiMapping> & vertex_multi_mappings, const geode::VertexMultiMapping & collapse_mapping)

add_mappings_in_multi_mappings ​

cpp
void add_mappings_in_multi_mappings(std::vector<MultiMapping<T> > & multi_mappings, absl::Span<const MultiMapping<T> > new_mappings)
void add_mappings_in_multi_mappings(std::vector<MultiMapping<T> > & multi_mappings, absl::Span<const MultiMapping<T> > new_mappings)

process_mapping_element ​

cpp
void process_mapping_element(const geode::Mapping<T> & element, absl::flat_hash_set<T> & to_remove, absl::flat_hash_map<T, T> & new_to_old, const T & )
void process_mapping_element(const geode::Mapping<T> & element, absl::flat_hash_set<T> & to_remove, absl::flat_hash_map<T, T> & new_to_old, const T & )

process_mapping_element ​

cpp
void process_mapping_element(geode::MultiMapping<T> & element, absl::flat_hash_set<T> & to_remove, absl::flat_hash_map<T, absl::InlinedVector<T, 1> > & new_to_olds, const T & no_value)
void process_mapping_element(geode::MultiMapping<T> & element, absl::flat_hash_set<T> & to_remove, absl::flat_hash_map<T, absl::InlinedVector<T, 1> > & new_to_olds, const T & no_value)

update_mappings ​

cpp
void update_mappings(std::vector<MappingType> & mappings, NewToOldMap & new_to_old, const T & no_value)
void update_mappings(std::vector<MappingType> & mappings, NewToOldMap & new_to_old, const T & no_value)

update_mappings ​

cpp
void update_mappings(std::vector<geode::Mapping<T> > & mappings, const T & no_value)
void update_mappings(std::vector<geode::Mapping<T> > & mappings, const T & no_value)

update_multi_mappings ​

cpp
void update_multi_mappings(std::vector<geode::MultiMapping<T> > & multi_mappings, const T & no_value)
void update_multi_mappings(std::vector<geode::MultiMapping<T> > & multi_mappings, const T & no_value)

new_indices ​

cpp
vector new_indices(absl::Span<const MappingType> mappings)
vector new_indices(absl::Span<const MappingType> mappings)

dummy_triangle ​

cpp
Triangle<dimension> dummy_triangle()
Triangle<dimension> dummy_triangle()

is_split_triangle_valid ​

cpp
bool is_split_triangle_valid(const TriangulatedSurface<dimension> & mesh, index_t triangle_id, const Point<dimension> & point)
bool is_split_triangle_valid(const TriangulatedSurface<dimension> & mesh, index_t triangle_id, const Point<dimension> & point)

Check if a triangle split will keep the mesh valid, meaning the signs of the triangle areas are positive. The split is not applied.

mesh [in] Triangulated mesh on which simulate operation.

triangle_id [in] Index of the triangle to split.

point [in] Coordinates of the split point.

return true if split will keep mesh valid.

split_triangle_validity ​

cpp
SurfaceSplitTriangleValidity<dimension> split_triangle_validity(const TriangulatedSurface<dimension> & mesh, index_t triangle_id, const Point<dimension> & point)
SurfaceSplitTriangleValidity<dimension> split_triangle_validity(const TriangulatedSurface<dimension> & mesh, index_t triangle_id, const Point<dimension> & point)

is_split_edge_valid ​

cpp
bool is_split_edge_valid(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, const Point<dimension> & point)
bool is_split_edge_valid(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, const Point<dimension> & point)

Check if an edge split will keep the mesh valid, meaning the signs of the triangle areas are positive. The split is not applied.

mesh [in] Triangulated mesh on which simulate operation.

edge [in] Index of the PolygonEdge to split.

point [in] Coordinates of the split point.

return true if split will keep mesh valid.

split_edge_validity ​

cpp
SurfaceSplitEdgeValidity<dimension> split_edge_validity(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, const Point<dimension> & point)
SurfaceSplitEdgeValidity<dimension> split_edge_validity(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, const Point<dimension> & point)

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, const Point<dimension> & point)
bool is_collapse_edge_valid(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, const Point<dimension> & point)

Check if an edge collapse will keep the mesh valid, meaning the signs of the triangle areas are positive, and mesh remains manifold. The collapse is not applied.

mesh [in] Triangulated mesh on which simulate operation.

edge [in] Index of the PolygonEdge to collapse.

point [in] Coordinates of the collapse point.

return true if collapse will keep mesh valid.

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, local_index_t apex)
bool is_collapse_edge_valid(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, local_index_t apex)

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const TriangulatedSurface<dimension> & mesh, index_t edge_id, const Point<dimension> & point)
bool is_collapse_edge_valid(const TriangulatedSurface<dimension> & mesh, index_t edge_id, const Point<dimension> & point)

Check if an edge collapse will keep the mesh valid, meaning the signs of the triangle areas are positive, and mesh remains manifold. The collapse is not applied.

mesh [in] Triangulated mesh on which simulate operation.

edge_id [in] Unique index of the edge to collapse.

point [in] Coordinates of the collapse point.

return true if collapse will keep mesh valid.

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const TriangulatedSurface<dimension> & mesh, index_t edge_id, local_index_t apex)
bool is_collapse_edge_valid(const TriangulatedSurface<dimension> & mesh, index_t edge_id, local_index_t apex)

collapse_edge_validity ​

cpp
SurfaceCollapseEdgeValidity<dimension> collapse_edge_validity(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, const Point<dimension> & point)
SurfaceCollapseEdgeValidity<dimension> collapse_edge_validity(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, const Point<dimension> & point)

Check if an edge collapse will keep the mesh valid, meaning the signs of the triangle areas are positive, and mesh remains manifold. The collapse is not applied.

mesh [in] Triangulated mesh on which simulate operation.

edge [in] Index of the PolygonEdge to collapse.

point [in] Coordinates of the collapse point.

return all the information about validity issues this collapse would generate.

collapse_edge_validity ​

cpp
SurfaceCollapseEdgeValidity<dimension> collapse_edge_validity(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, local_index_t apex)
SurfaceCollapseEdgeValidity<dimension> collapse_edge_validity(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, local_index_t apex)

collapse_edge_validity ​

cpp
SurfaceCollapseEdgeValidity<dimension> collapse_edge_validity(const TriangulatedSurface<dimension> & mesh, index_t edge_id, const Point<dimension> & point)
SurfaceCollapseEdgeValidity<dimension> collapse_edge_validity(const TriangulatedSurface<dimension> & mesh, index_t edge_id, const Point<dimension> & point)

Check if an edge collapse will keep the mesh valid, meaning the signs of the triangle areas are positive, and mesh remains manifold. The collapse is not applied.

mesh [in] Triangulated mesh on which simulate operation.

edge_id [in] Unique index of the edge to collapse.

point [in] Coordinates of the collapse point.

return all the information about validity issues this collapse would generate.

collapse_edge_validity ​

cpp
SurfaceCollapseEdgeValidity<dimension> collapse_edge_validity(const TriangulatedSurface<dimension> & mesh, index_t edge_id, local_index_t apex)
SurfaceCollapseEdgeValidity<dimension> collapse_edge_validity(const TriangulatedSurface<dimension> & mesh, index_t edge_id, local_index_t apex)

is_swap_edge_valid ​

cpp
bool is_swap_edge_valid(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge)
bool is_swap_edge_valid(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge)

Check if an edge swap will keep the mesh valid, meaning the sign of the triangle areas are positive. The swap is not applied.

mesh [in] Triangulated mesh on which simulate operation.

edge [in] Index of the PolygonEdge to swap.

return true if swap edge will keep mesh valid.

swap_edge_validity ​

cpp
SurfaceSwapEdgeValidity<dimension> swap_edge_validity(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge)
SurfaceSwapEdgeValidity<dimension> swap_edge_validity(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge)

is_move_point_valid ​

cpp
bool is_move_point_valid(const TriangulatedSurface<dimension> & mesh, index_t vertex, const Point<dimension> & point)
bool is_move_point_valid(const TriangulatedSurface<dimension> & mesh, index_t vertex, const Point<dimension> & point)

Check if a vertex relocation will keep the mesh valid, meaning the sign of the triangle areas are positive. The relocation is not applied.

mesh [in] Triangulated mesh on which simulate operation.

vertex [in] Index of the vertex to relocate.

point [in] Coordinates of the destination point.

return true if vertex relocation will keep mesh valid.

move_point_validity ​

cpp
SurfaceMovePointValidity<dimension> move_point_validity(const TriangulatedSurface<dimension> & mesh, index_t vertex, const Point<dimension> & point)
SurfaceMovePointValidity<dimension> move_point_validity(const TriangulatedSurface<dimension> & mesh, index_t vertex, const Point<dimension> & point)

triangles_after_split_triangle ​

cpp
std::array<Triangle<dimension>, 3> triangles_after_split_triangle(const TriangulatedSurface<dimension> & mesh, index_t triangle_id, const Point<dimension> & point)
std::array<Triangle<dimension>, 3> triangles_after_split_triangle(const TriangulatedSurface<dimension> & mesh, index_t triangle_id, const Point<dimension> & point)

Return the three triangles resulting from a triangle split. The split is not applied.

mesh [in] Triangulated mesh on which simulate operation.

triangle_id [in] Index of the triangle on which simulate split.

point [in] Coordinates of the split point.

triangles_after_split_edge ​

cpp
TrianglesAfter<dimension> triangles_after_split_edge(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, const Point<dimension> & point)
TrianglesAfter<dimension> triangles_after_split_edge(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, const Point<dimension> & point)

Return all the triangles resulting from a triangle edge split. The split is not applied.

mesh [in] Triangulated mesh on which simulate operation.

edge [in] Index of the PolygonEdge to split.

point [in] Coordinates of the split point.

triangles_after_collapse_edge ​

cpp
TrianglesAfter<dimension> triangles_after_collapse_edge(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, const Point<dimension> & point)
TrianglesAfter<dimension> triangles_after_collapse_edge(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, const Point<dimension> & point)

Return all the triangles resulting from a triangle edge collapse. The collapse is not applied.

mesh [in] Triangulated mesh on which simulate operation.

edge [in] Index of the PolygonEdge to collapse.

point [in] Coordinates of the collapse point.

triangles_after_collapse_edge ​

cpp
TrianglesAfter<dimension> triangles_after_collapse_edge(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, local_index_t apex)
TrianglesAfter<dimension> triangles_after_collapse_edge(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge, local_index_t apex)

triangles_after_collapse_edge ​

cpp
TrianglesAfter<dimension> triangles_after_collapse_edge(const TriangulatedSurface<dimension> & mesh, index_t edge_id, const Point<dimension> & point)
TrianglesAfter<dimension> triangles_after_collapse_edge(const TriangulatedSurface<dimension> & mesh, index_t edge_id, const Point<dimension> & point)

Return all the triangles resulting from a triangle edge collapse. The collapse is not applied.

mesh [in] Triangulated mesh on which simulate operation.

edge_id [in] Unique index of the edge to collapse.

point [in] Coordinates of the collapse point.

triangles_after_collapse_edge ​

cpp
TrianglesAfter<dimension> triangles_after_collapse_edge(const TriangulatedSurface<dimension> & mesh, index_t edge_id, local_index_t apex)
TrianglesAfter<dimension> triangles_after_collapse_edge(const TriangulatedSurface<dimension> & mesh, index_t edge_id, local_index_t apex)

triangles_after_swap_edge ​

cpp
SwapTrianglesAfter<dimension> triangles_after_swap_edge(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge)
SwapTrianglesAfter<dimension> triangles_after_swap_edge(const TriangulatedSurface<dimension> & mesh, const PolygonEdge & edge)

Return all the triangles resulting from an edge swap. The swap is not applied.

mesh [in] Triangulated mesh on which simulate operation.

edge [in] Index of the PolygonEdge to swap.

triangles_after_move_point ​

cpp
TrianglesAfter<dimension> triangles_after_move_point(const TriangulatedSurface<dimension> & mesh, index_t vertex, const Point<dimension> & point)
TrianglesAfter<dimension> triangles_after_move_point(const TriangulatedSurface<dimension> & mesh, index_t vertex, const Point<dimension> & point)

Return all the triangles resulting from a vertex relocation. The vertex relocation is not applied.

mesh [in] Triangulated mesh on which simulate operation.

vertex [in] Index of the vertex to relocate.

point [in] Coordinates of the destination point.

is_move_point_valid ​

cpp
bool is_move_point_valid(const EdgedCurve<dimension> & mesh, index_t vertex, const Point<dimension> & point)
bool is_move_point_valid(const EdgedCurve<dimension> & mesh, index_t vertex, const Point<dimension> & point)

move_point_validity ​

cpp
EdgedCurveMovePointValidity move_point_validity(const EdgedCurve<dimension> & mesh, index_t vertex, const Point<dimension> & point)
EdgedCurveMovePointValidity move_point_validity(const EdgedCurve<dimension> & mesh, index_t vertex, const Point<dimension> & point)

is_split_edge_valid ​

cpp
bool is_split_edge_valid(const EdgedCurve<dimension> & mesh, index_t edge_id, const Point<dimension> & point)
bool is_split_edge_valid(const EdgedCurve<dimension> & mesh, index_t edge_id, const Point<dimension> & point)

split_edge_validity ​

cpp
EdgedCurveSplitEdgeValidity split_edge_validity(const EdgedCurve<dimension> & mesh, index_t edge_id, const Point<dimension> & point)
EdgedCurveSplitEdgeValidity split_edge_validity(const EdgedCurve<dimension> & mesh, index_t edge_id, const Point<dimension> & point)

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const EdgedCurve<dimension> & mesh, index_t edge_id, const Point<dimension> & point)
bool is_collapse_edge_valid(const EdgedCurve<dimension> & mesh, index_t edge_id, const Point<dimension> & point)

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const EdgedCurve<dimension> & mesh, index_t edge_id, local_index_t apex)
bool is_collapse_edge_valid(const EdgedCurve<dimension> & mesh, index_t edge_id, local_index_t apex)

collapse_edge_validity ​

cpp
EdgedCurveCollapseEdgeValidity collapse_edge_validity(const EdgedCurve<dimension> & mesh, index_t edge_id, const Point<dimension> & point)
EdgedCurveCollapseEdgeValidity collapse_edge_validity(const EdgedCurve<dimension> & mesh, index_t edge_id, const Point<dimension> & point)

is_split_tetrahedron_valid ​

cpp
bool is_split_tetrahedron_valid(const TetrahedralSolid3D & mesh, index_t tetrahedron_id, const Point3D & point)
bool is_split_tetrahedron_valid(const TetrahedralSolid3D & mesh, index_t tetrahedron_id, const Point3D & point)

Check if a tetrahedron split will keep the mesh valid, meaning the signs of the tetrahedra volumes are positive. The split is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

tetrahedron_id [in] Index of the tetrahedron to split.

point [in] Coordinates of the split point.

return true if split will keep mesh valid.

split_tetrahedron_validity ​

cpp
SolidSplitTetrahedronValidity split_tetrahedron_validity(const TetrahedralSolid3D & mesh, index_t tetrahedron_id, const Point3D & point)
SolidSplitTetrahedronValidity split_tetrahedron_validity(const TetrahedralSolid3D & mesh, index_t tetrahedron_id, const Point3D & point)

is_split_facet_valid ​

cpp
bool is_split_facet_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet, const Point3D & point)
bool is_split_facet_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet, const Point3D & point)

Check if a facet split will keep the mesh valid, meaning the signs of the tetrahedra volumes are positive. The split is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

facet [in] Index of the PolyhedronFacet to split.

point [in] Coordinates of the split point.

return true if split will keep mesh valid.

is_split_facet_valid ​

cpp
bool is_split_facet_valid(const TetrahedralSolid3D & mesh, index_t facet_id, const Point3D & point)
bool is_split_facet_valid(const TetrahedralSolid3D & mesh, index_t facet_id, const Point3D & point)

Check if a facet split will keep the mesh valid, meaning the signs of the tetrahedra volumes are positive. The split is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

facet_id [in] Unique index of the facet to split.

point [in] Coordinates of the split point.

return true if split will keep mesh valid.

split_facet_validity ​

cpp
SolidSplitFacetValidity split_facet_validity(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet, const Point3D & point)
SolidSplitFacetValidity split_facet_validity(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet, const Point3D & point)

split_facet_validity ​

cpp
SolidSplitFacetValidity split_facet_validity(const TetrahedralSolid3D & mesh, index_t facet_id, const Point3D & point)
SolidSplitFacetValidity split_facet_validity(const TetrahedralSolid3D & mesh, index_t facet_id, const Point3D & point)

is_split_edge_valid ​

cpp
bool is_split_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, const Point3D & point)
bool is_split_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, const Point3D & point)

Check if an edge split will keep the mesh valid, meaning the signs of the tetrahedra volumes are positive. The split is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

edge [in] Index of the PolyhedronFacetEdge to split.

point [in] Coordinates of the split point.

return true if split will keep mesh valid.

is_split_edge_valid ​

cpp
bool is_split_edge_valid(const TetrahedralSolid3D & mesh, index_t edge_id, const Point3D & point)
bool is_split_edge_valid(const TetrahedralSolid3D & mesh, index_t edge_id, const Point3D & point)

Check if an edge split will keep the mesh valid, meaning the signs of the tetrahedra volumes are positive. The split is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

edge_id [in] Unique index of the edge to split.

point [in] Coordinates of the split point.

return true if split will keep mesh valid.

split_edge_validity ​

cpp
SolidSplitEdgeValidity split_edge_validity(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, const Point3D & point)
SolidSplitEdgeValidity split_edge_validity(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, const Point3D & point)

split_edge_validity ​

cpp
SolidSplitEdgeValidity split_edge_validity(const TetrahedralSolid3D & mesh, index_t edge_id, const Point3D & point)
SolidSplitEdgeValidity split_edge_validity(const TetrahedralSolid3D & mesh, index_t edge_id, const Point3D & point)

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, const Point3D & point)
bool is_collapse_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, const Point3D & point)

Check if an edge collapse will keep the mesh valid, meaning the signs of the tetrahedra volumes are positive. The collapse is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

edge [in] Index of the PolyhedronFacetEdge to collapse.

point [in] Coordinates of the collapse point.

return true if collapse will keep mesh valid.

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, local_index_t apex)
bool is_collapse_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, local_index_t apex)

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const TetrahedralSolid3D & mesh, index_t edge_id, const Point3D & point)
bool is_collapse_edge_valid(const TetrahedralSolid3D & mesh, index_t edge_id, const Point3D & point)

Check if an edge collapse will keep the mesh valid, meaning the signs of the tetrahedra volumes are positive. The collapse is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

edge_id [in] Unique index of the edge to collapse.

point [in] Coordinates of the collapse point.

return true if collapse will keep mesh valid.

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const TetrahedralSolid3D & mesh, index_t edge_id, local_index_t apex)
bool is_collapse_edge_valid(const TetrahedralSolid3D & mesh, index_t edge_id, local_index_t apex)

collapse_edge_validity ​

cpp
SolidCollapseEdgeValidity collapse_edge_validity(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, const Point3D & point)
SolidCollapseEdgeValidity collapse_edge_validity(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, const Point3D & point)

collapse_edge_validity ​

cpp
SolidCollapseEdgeValidity collapse_edge_validity(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, local_index_t apex)
SolidCollapseEdgeValidity collapse_edge_validity(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, local_index_t apex)

collapse_edge_validity ​

cpp
SolidCollapseEdgeValidity collapse_edge_validity(const TetrahedralSolid3D & mesh, index_t edge_id, const Point3D & point)
SolidCollapseEdgeValidity collapse_edge_validity(const TetrahedralSolid3D & mesh, index_t edge_id, const Point3D & point)

collapse_edge_validity ​

cpp
SolidCollapseEdgeValidity collapse_edge_validity(const TetrahedralSolid3D & mesh, index_t edge_id, local_index_t apex)
SolidCollapseEdgeValidity collapse_edge_validity(const TetrahedralSolid3D & mesh, index_t edge_id, local_index_t apex)

is_split_collapse_edge_valid ​

cpp
bool is_split_collapse_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t apex)
bool is_split_collapse_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t apex)

is_split_collapse_edge_valid ​

cpp
bool is_split_collapse_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t apex, const Point3D & point)
bool is_split_collapse_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t apex, const Point3D & point)

is_split_collapse_facet_valid ​

cpp
bool is_split_collapse_facet_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet)
bool is_split_collapse_facet_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet)

is_split_collapse_facet_valid ​

cpp
bool is_split_collapse_facet_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet, const Point3D & point)
bool is_split_collapse_facet_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet, const Point3D & point)

is_split_split_collapse_edge_valid ​

cpp
bool is_split_split_collapse_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge0, const PolyhedronFacetEdge & edge1, const Point3D & point)
bool is_split_split_collapse_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge0, const PolyhedronFacetEdge & edge1, const Point3D & point)

is_swap_facet_valid ​

cpp
bool is_swap_facet_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet)
bool is_swap_facet_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet)

Check if a facet swap will keep the mesh valid, meaning the signs of the tetrahedra volumes are positive. The swap is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

facet [in] Index of the PolyhedronFacet to swap.

return true if swap facet will keep mesh valid.

swap_facet_validity ​

cpp
SolidSwapFacetValidity swap_facet_validity(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet)
SolidSwapFacetValidity swap_facet_validity(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet)

is_swap_edge_valid ​

cpp
bool is_swap_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t apex)
bool is_swap_edge_valid(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t apex)

Check if an edge swap will keep the mesh valid, meaning the signs of the tetrahedra volumes are positive. The swap is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

edge [in] Index of the PolyhedronFacetEdge to swap.

apex [in] Index of the vertex used as the new facets fan common vertex.

return true if swap edge will keep mesh valid.

swap_edge_validity ​

cpp
SolidSwapEdgeValidity swap_edge_validity(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t apex)
SolidSwapEdgeValidity swap_edge_validity(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t apex)

is_move_point_valid ​

cpp
bool is_move_point_valid(const TetrahedralSolid3D & mesh, index_t vertex, const Point3D & point)
bool is_move_point_valid(const TetrahedralSolid3D & mesh, index_t vertex, const Point3D & point)

Check if a vertex relocation will keep the mesh valid, meaning the signs of the tetrahedra volumes are positive. The vertex relocation is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

vertex [in] Index of the vertex to relocate.

point [in] Coordinates of the destination point.

return true if vertex relocation will keep mesh valid.

move_point_validity ​

cpp
SolidMovePointValidity move_point_validity(const TetrahedralSolid3D & mesh, index_t vertex, const Point3D & point)
SolidMovePointValidity move_point_validity(const TetrahedralSolid3D & mesh, index_t vertex, const Point3D & point)

tetrahedra_after_split_tetrahedron ​

cpp
std::array<Tetrahedron, 4> tetrahedra_after_split_tetrahedron(const TetrahedralSolid3D & mesh, index_t tetrahedron_id, const Point3D & point)
std::array<Tetrahedron, 4> tetrahedra_after_split_tetrahedron(const TetrahedralSolid3D & mesh, index_t tetrahedron_id, const Point3D & point)

Return the four tetrahedra resulting from a tetrahedron split. The split is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

tetrahedron_id [in] Index of the tetrahedron on which simulate split.

point [in] Coordinates of the split point.

tetrahedra_after_split_facet ​

cpp
TetrahedraAfter tetrahedra_after_split_facet(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet, const Point3D & point)
TetrahedraAfter tetrahedra_after_split_facet(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet, const Point3D & point)

Return all the tetrahedra resulting from a facet split. The split is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

facet [in] Index of the PolyhedronFacet on which simulate split.

point [in] Coordinates of the split point.

tetrahedra_after_split_facet ​

cpp
TetrahedraAfter tetrahedra_after_split_facet(const TetrahedralSolid3D & mesh, index_t facet_id, const Point3D & point)
TetrahedraAfter tetrahedra_after_split_facet(const TetrahedralSolid3D & mesh, index_t facet_id, const Point3D & point)

Return all the tetrahedra resulting from a facet split. The split is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

facet_id [in] Unique index of the facet on which simulate split.

point [in] Coordinates of the split point.

tetrahedra_after_split_collapse_facet ​

cpp
SplitCollapseTetrahedraAfter tetrahedra_after_split_collapse_facet(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet)
SplitCollapseTetrahedraAfter tetrahedra_after_split_collapse_facet(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet)

tetrahedra_after_split_collapse_facet ​

cpp
SplitCollapseTetrahedraAfter tetrahedra_after_split_collapse_facet(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet, const Point3D & point)
SplitCollapseTetrahedraAfter tetrahedra_after_split_collapse_facet(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet, const Point3D & point)

tetrahedra_after_split_edge ​

cpp
TetrahedraAfter tetrahedra_after_split_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, const Point3D & point)
TetrahedraAfter tetrahedra_after_split_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, const Point3D & point)

Return all the tetrahedra resulting from an edge split. The split is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

edge [in] Index of the PolyhedronFacetEdge on which simulate split.

point [in] Coordinates of the split point.

tetrahedra_after_split_edge ​

cpp
TetrahedraAfter tetrahedra_after_split_edge(const TetrahedralSolid3D & mesh, index_t edge_id, const Point3D & point)
TetrahedraAfter tetrahedra_after_split_edge(const TetrahedralSolid3D & mesh, index_t edge_id, const Point3D & point)

Return all the tetrahedra resulting from an edge split. The split is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

edge_id [in] Unique index of the edge on which simulate split.

point [in] Coordinates of the split point.

tetrahedra_after_split_collapse_edge ​

cpp
SplitCollapseTetrahedraAfter tetrahedra_after_split_collapse_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t vertex)
SplitCollapseTetrahedraAfter tetrahedra_after_split_collapse_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t vertex)

Return all the tetrahedra resulting from an edge split and edge collapse. The split-collapse operations are not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

edge [in] Index of the PolyhedronFacetEdge on which simulate split.

vertex [in] Index towards which the split vertex is collapse on.

tetrahedra_after_split_collapse_edge ​

cpp
SplitCollapseTetrahedraAfter tetrahedra_after_split_collapse_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t vertex, const Point3D & point)
SplitCollapseTetrahedraAfter tetrahedra_after_split_collapse_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t vertex, const Point3D & point)

tetrahedra_after_split_split_collapse_edge ​

cpp
TetrahedraAfter tetrahedra_after_split_split_collapse_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge0, const PolyhedronFacetEdge & edge1, const Point3D & collapse_point)
TetrahedraAfter tetrahedra_after_split_split_collapse_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge0, const PolyhedronFacetEdge & edge1, const Point3D & collapse_point)

Return all the tetrahedra resulting from a double edge split and edge collapse. The split-collapse operations are not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

edge0 [in] Index of the first PolyhedronFacetEdge on which simulate split.

edge1 [in] Index of the second PolyhedronFacetEdge on which simulate split.

vertex [in] Index towards which the split vertex is collapse on.

tetrahedra_after_collapse_edge ​

cpp
TetrahedraAfter tetrahedra_after_collapse_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, const Point3D & point)
TetrahedraAfter tetrahedra_after_collapse_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, const Point3D & point)

Return all the tetrahedra resulting from an edge collapse. The collapse is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

edge [in] Index of the PolyhedronFacetEdge on which simulate collapse.

point [in] Coordinates of the collapse point.

tetrahedra_after_collapse_edge ​

cpp
TetrahedraAfter tetrahedra_after_collapse_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, local_index_t apex)
TetrahedraAfter tetrahedra_after_collapse_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, local_index_t apex)

tetrahedra_after_collapse_edge ​

cpp
TetrahedraAfter tetrahedra_after_collapse_edge(const TetrahedralSolid3D & mesh, index_t edge_id, const Point3D & point)
TetrahedraAfter tetrahedra_after_collapse_edge(const TetrahedralSolid3D & mesh, index_t edge_id, const Point3D & point)

Return all the tetrahedra resulting from an edge collapse. The collapse is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

edge_id [in] Unique index of the edge on which simulate collapse.

point [in] Coordinates of the collapse point.

tetrahedra_after_collapse_edge ​

cpp
TetrahedraAfter tetrahedra_after_collapse_edge(const TetrahedralSolid3D & mesh, index_t edge_id, local_index_t apex)
TetrahedraAfter tetrahedra_after_collapse_edge(const TetrahedralSolid3D & mesh, index_t edge_id, local_index_t apex)

tetrahedra_after_swap_facet ​

cpp
SwapTetrahedraAfter tetrahedra_after_swap_facet(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet)
SwapTetrahedraAfter tetrahedra_after_swap_facet(const TetrahedralSolid3D & mesh, const PolyhedronFacet & facet)

Return the three tetrahedra resulting from a facet swap. The swap is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

facet [in] Index of the PolyhedronFacet on which simulate swap.

point [in] Coordinates of the swap point.

tetrahedra_after_swap_edge ​

cpp
SwapTetrahedraAfter tetrahedra_after_swap_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t apex)
SwapTetrahedraAfter tetrahedra_after_swap_edge(const TetrahedralSolid3D & mesh, const PolyhedronFacetEdge & edge, index_t apex)

Return all the tetrahedra resulting from an edge swap. The swap is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

edge [in] Index of the PolyhedronFacetEdge on which simulate swap.

apex [in] Index of the vertex used as the new facets fan common vertex.

tetrahedra_after_move_point ​

cpp
TetrahedraAfter tetrahedra_after_move_point(const TetrahedralSolid3D & mesh, index_t vertex, const Point3D & point)
TetrahedraAfter tetrahedra_after_move_point(const TetrahedralSolid3D & mesh, index_t vertex, const Point3D & point)

Return all the tetrahedra resulting from a vertex relocation. The vertex relocation is not applied.

mesh [in] Tetrahedral mesh on which simulate operation.

vertex [in] Index of the vertex to relocate.

point [in] Coordinates of the destination point.

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, const Point3D & point)
bool is_collapse_edge_valid(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, const Point3D & point)

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, local_index_t apex)
bool is_collapse_edge_valid(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, local_index_t apex)

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge, const Point3D & point)
bool is_collapse_edge_valid(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge, const Point3D & point)

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const BRep & brep, const Line3D & line, index_t edge, const Point3D & point)
bool is_collapse_edge_valid(const BRep & brep, const Line3D & line, index_t edge, const Point3D & point)

collapse_edge_validity ​

cpp
BRepCollapseEdgeValidity collapse_edge_validity(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, const Point3D & point)
BRepCollapseEdgeValidity collapse_edge_validity(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, const Point3D & point)

collapse_edge_validity ​

cpp
BRepCollapseEdgeValidity collapse_edge_validity(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, local_index_t apex)
BRepCollapseEdgeValidity collapse_edge_validity(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, local_index_t apex)

collapse_edge_validity ​

cpp
BRepCollapseEdgeValidity collapse_edge_validity(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge, const Point3D & point)
BRepCollapseEdgeValidity collapse_edge_validity(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge, const Point3D & point)

collapse_edge_validity ​

cpp
BRepCollapseEdgeValidity collapse_edge_validity(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge, local_index_t apex)
BRepCollapseEdgeValidity collapse_edge_validity(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge, local_index_t apex)

collapse_edge_validity ​

cpp
BRepCollapseEdgeValidity collapse_edge_validity(const BRep & brep, const Line3D & line, index_t edge, const Point3D & point)
BRepCollapseEdgeValidity collapse_edge_validity(const BRep & brep, const Line3D & line, index_t edge, const Point3D & point)

is_split_edge_valid ​

cpp
bool is_split_edge_valid(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, const Point3D & point)
bool is_split_edge_valid(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, const Point3D & point)

is_split_edge_valid ​

cpp
bool is_split_edge_valid(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge, const Point3D & point)
bool is_split_edge_valid(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge, const Point3D & point)

is_split_edge_valid ​

cpp
bool is_split_edge_valid(const BRep & brep, const Line3D & line, index_t edge, const Point3D & point)
bool is_split_edge_valid(const BRep & brep, const Line3D & line, index_t edge, const Point3D & point)

split_edge_validity ​

cpp
BRepSplitEdgeValidity split_edge_validity(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, const Point3D & point)
BRepSplitEdgeValidity split_edge_validity(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, const Point3D & point)

split_edge_validity ​

cpp
BRepSplitEdgeValidity split_edge_validity(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge, const Point3D & point)
BRepSplitEdgeValidity split_edge_validity(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge, const Point3D & point)

split_edge_validity ​

cpp
BRepSplitEdgeValidity split_edge_validity(const BRep & brep, const Line3D & line, index_t edge, const Point3D & point)
BRepSplitEdgeValidity split_edge_validity(const BRep & brep, const Line3D & line, index_t edge, const Point3D & point)

is_split_facet_valid ​

cpp
bool is_split_facet_valid(const BRep & brep, const Block3D & block, const PolyhedronFacet & facet, const Point3D & point)
bool is_split_facet_valid(const BRep & brep, const Block3D & block, const PolyhedronFacet & facet, const Point3D & point)

is_split_triangle_valid ​

cpp
bool is_split_triangle_valid(const BRep & brep, const Surface3D & surface, index_t triangle, const Point3D & point)
bool is_split_triangle_valid(const BRep & brep, const Surface3D & surface, index_t triangle, const Point3D & point)

split_facet_validity ​

cpp
BRepSplitTriangleValidity split_facet_validity(const BRep & brep, const Block3D & block, const PolyhedronFacet & facet, const Point3D & point)
BRepSplitTriangleValidity split_facet_validity(const BRep & brep, const Block3D & block, const PolyhedronFacet & facet, const Point3D & point)

split_triangle_validity ​

cpp
BRepSplitTriangleValidity split_triangle_validity(const BRep & brep, const Surface3D & surface, index_t triangle, const Point3D & point)
BRepSplitTriangleValidity split_triangle_validity(const BRep & brep, const Surface3D & surface, index_t triangle, const Point3D & point)

is_swap_facet_valid ​

cpp
bool is_swap_facet_valid(const BRep & brep, const Block3D & block, const PolyhedronFacet & facet)
bool is_swap_facet_valid(const BRep & brep, const Block3D & block, const PolyhedronFacet & facet)

swap_facet_validity ​

cpp
BRepSwapFacetValidity swap_facet_validity(const BRep & brep, const Block3D & block, const PolyhedronFacet & facet)
BRepSwapFacetValidity swap_facet_validity(const BRep & brep, const Block3D & block, const PolyhedronFacet & facet)

is_swap_edge_valid ​

cpp
bool is_swap_edge_valid(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, index_t apex)
bool is_swap_edge_valid(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, index_t apex)

is_swap_edge_valid ​

cpp
bool is_swap_edge_valid(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge)
bool is_swap_edge_valid(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge)

The chosen apex is the opposite vertex of the given PolygonEdge

swap_edge_validity ​

cpp
BRepSwapEdgeValidity swap_edge_validity(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, index_t apex)
BRepSwapEdgeValidity swap_edge_validity(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, index_t apex)

swap_edge_validity ​

cpp
BRepSwapEdgeValidity swap_edge_validity(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge)
BRepSwapEdgeValidity swap_edge_validity(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge)

The chosen apex is the opposite vertex of the given PolygonEdge

is_move_point_valid ​

cpp
bool is_move_point_valid(const BRep & brep, index_t unique_vertex, const Point3D & point)
bool is_move_point_valid(const BRep & brep, index_t unique_vertex, const Point3D & point)

move_point_validity ​

cpp
BRepMovePointValidity move_point_validity(const BRep & brep, index_t unique_vertex, const Point3D & point)
BRepMovePointValidity move_point_validity(const BRep & brep, index_t unique_vertex, const Point3D & point)

elements_after_collapse_edge ​

cpp
BRepElementsAfterCollapseEdge elements_after_collapse_edge(const BRep & brep, const Line3D & line, index_t edge, const Point3D & point)
BRepElementsAfterCollapseEdge elements_after_collapse_edge(const BRep & brep, const Line3D & line, index_t edge, const Point3D & point)

elements_after_collapse_edge ​

cpp
BRepElementsAfterCollapseEdge elements_after_collapse_edge(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge, const Point3D & point)
BRepElementsAfterCollapseEdge elements_after_collapse_edge(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge, const Point3D & point)

elements_after_collapse_edge ​

cpp
BRepElementsAfterCollapseEdge elements_after_collapse_edge(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, const Point3D & point)
BRepElementsAfterCollapseEdge elements_after_collapse_edge(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, const Point3D & point)

elements_after_swap_edge ​

cpp
BRepElementsAfterSwapEdge elements_after_swap_edge(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge)
BRepElementsAfterSwapEdge elements_after_swap_edge(const BRep & brep, const Surface3D & surface, const PolygonEdge & edge)

elements_after_swap_edge ​

cpp
BRepElementsAfterSwapEdge elements_after_swap_edge(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, index_t apex)
BRepElementsAfterSwapEdge elements_after_swap_edge(const BRep & brep, const Block3D & block, const PolyhedronFacetEdge & edge, index_t apex)

elements_after_move_point ​

cpp
BRepElementsAfterMovePoint elements_after_move_point(const BRep & brep, index_t unique_vertex, const Point3D & point)
BRepElementsAfterMovePoint elements_after_move_point(const BRep & brep, index_t unique_vertex, const Point3D & point)

are_component_mesh_vertices_included ​

cpp
bool are_component_mesh_vertices_included(const ComponentMeshVertexInclusionQuery & query)
bool are_component_mesh_vertices_included(const ComponentMeshVertexInclusionQuery & query)

swap_along_patch ​

cpp
SolidSwapPatchInfo swap_along_patch(const TetrahedralSolid3D & solid, TetrahedralSolidModifier & modifier, Span patch_vertices, const Triangle3D & macro_triangle)
SolidSwapPatchInfo swap_along_patch(const TetrahedralSolid3D & solid, TetrahedralSolidModifier & modifier, Span patch_vertices, const Triangle3D & macro_triangle)

swap_along_path ​

cpp
SolidSwapPathInfo swap_along_path(const TetrahedralSolid3D & solid, TetrahedralSolidModifier & modifier, index_t begin, index_t end)
SolidSwapPathInfo swap_along_path(const TetrahedralSolid3D & solid, TetrahedralSolidModifier & modifier, index_t begin, index_t end)

determine_cuts ​

cpp
std::vector<GeometricSurfacePath2D> determine_cuts(const TriangulatedSurface2D & surface, index_t begin, index_t end, absl::Span<const SurfacePath> path_splits)
std::vector<GeometricSurfacePath2D> determine_cuts(const TriangulatedSurface2D & surface, index_t begin, index_t end, absl::Span<const SurfacePath> path_splits)

determine_cuts ​

cpp
std::vector<GeometricSurfacePath3D> determine_cuts(const TriangulatedSurface3D & surface, index_t begin, index_t end, const Plane & plane, absl::Span<const SurfacePath> path_splits)
std::vector<GeometricSurfacePath3D> determine_cuts(const TriangulatedSurface3D & surface, index_t begin, index_t end, const Plane & plane, absl::Span<const SurfacePath> path_splits)

cut_along_path ​

cpp
SurfaceCutPathInfo<dimension> cut_along_path(const TriangulatedSurface<dimension> & surface, TriangulatedSurfaceModifier<dimension> & modifier, index_t begin, index_t end, absl::Span<const GeometricSurfacePath<dimension> > path_splits)
SurfaceCutPathInfo<dimension> cut_along_path(const TriangulatedSurface<dimension> & surface, TriangulatedSurfaceModifier<dimension> & modifier, index_t begin, index_t end, absl::Span<const GeometricSurfacePath<dimension> > path_splits)

cut_along_path ​

cpp
SurfaceCutPathInfo<2> cut_along_path(const TriangulatedSurface2D & surface, TriangulatedSurfaceModifier2D & modifier, index_t begin, index_t end)
SurfaceCutPathInfo<2> cut_along_path(const TriangulatedSurface2D & surface, TriangulatedSurfaceModifier2D & modifier, index_t begin, index_t end)

cut_along_path ​

cpp
SurfaceCutPathInfo cut_along_path(BRepGeometricModifier & modifier, const Surface3D & surface, index_t begin, index_t end, Span path_splits)
SurfaceCutPathInfo cut_along_path(BRepGeometricModifier & modifier, const Surface3D & surface, index_t begin, index_t end, Span path_splits)

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const Section & section, const Surface2D & surface, const PolygonEdge & edge, const Point2D & point)
bool is_collapse_edge_valid(const Section & section, const Surface2D & surface, const PolygonEdge & edge, const Point2D & point)

is_collapse_edge_valid ​

cpp
bool is_collapse_edge_valid(const Section & section, const Line2D & line, index_t edge, const Point2D & point)
bool is_collapse_edge_valid(const Section & section, const Line2D & line, index_t edge, const Point2D & point)

collapse_edge_validity ​

cpp
SectionCollapseEdgeValidity collapse_edge_validity(const Section & section, const Surface2D & surface, const PolygonEdge & edge, const Point2D & point)
SectionCollapseEdgeValidity collapse_edge_validity(const Section & section, const Surface2D & surface, const PolygonEdge & edge, const Point2D & point)

collapse_edge_validity ​

cpp
SectionCollapseEdgeValidity collapse_edge_validity(const Section & section, const Line2D & line, index_t edge, const Point2D & point)
SectionCollapseEdgeValidity collapse_edge_validity(const Section & section, const Line2D & line, index_t edge, const Point2D & point)

is_split_edge_valid ​

cpp
bool is_split_edge_valid(const Section & section, const Surface2D & surface, const PolygonEdge & edge, const Point2D & point)
bool is_split_edge_valid(const Section & section, const Surface2D & surface, const PolygonEdge & edge, const Point2D & point)

is_split_edge_valid ​

cpp
bool is_split_edge_valid(const Section & section, const Line2D & line, index_t edge, const Point2D & point)
bool is_split_edge_valid(const Section & section, const Line2D & line, index_t edge, const Point2D & point)

split_edge_validity ​

cpp
SectionSplitEdgeValidity split_edge_validity(const Section & section, const Surface2D & surface, const PolygonEdge & edge, const Point2D & point)
SectionSplitEdgeValidity split_edge_validity(const Section & section, const Surface2D & surface, const PolygonEdge & edge, const Point2D & point)

split_edge_validity ​

cpp
SectionSplitEdgeValidity split_edge_validity(const Section & section, const Line2D & line, index_t edge, const Point2D & point)
SectionSplitEdgeValidity split_edge_validity(const Section & section, const Line2D & line, index_t edge, const Point2D & point)

is_swap_edge_valid ​

cpp
bool is_swap_edge_valid(const Section & section, const Surface2D & surface, const PolygonEdge & edge)
bool is_swap_edge_valid(const Section & section, const Surface2D & surface, const PolygonEdge & edge)

swap_edge_validity ​

cpp
SectionSwapEdgeValidity swap_edge_validity(const Section & section, const Surface2D & surface, const PolygonEdge & edge)
SectionSwapEdgeValidity swap_edge_validity(const Section & section, const Surface2D & surface, const PolygonEdge & edge)

is_move_point_valid ​

cpp
bool is_move_point_valid(const Section & section, index_t unique_vertex, const Point2D & point)
bool is_move_point_valid(const Section & section, index_t unique_vertex, const Point2D & point)

move_point_validity ​

cpp
SectionMovePointValidity move_point_validity(const Section & section, index_t unique_vertex, const Point2D & point)
SectionMovePointValidity move_point_validity(const Section & section, index_t unique_vertex, const Point2D & point)

elements_after_collapse_edge ​

cpp
SectionElementsAfterCollapseEdge elements_after_collapse_edge(const Section & section, const Line2D & line, index_t edge, const Point2D & point)
SectionElementsAfterCollapseEdge elements_after_collapse_edge(const Section & section, const Line2D & line, index_t edge, const Point2D & point)

elements_after_collapse_edge ​

cpp
SectionElementsAfterCollapseEdge elements_after_collapse_edge(const Section & section, const Surface2D & surface, const PolygonEdge & edge, const Point2D & point)
SectionElementsAfterCollapseEdge elements_after_collapse_edge(const Section & section, const Surface2D & surface, const PolygonEdge & edge, const Point2D & point)

minimal_metric ​

cpp
double minimal_metric(const CustomGridMetric3D & metric, const Tetrahedron & tetrahedron)
double minimal_metric(const CustomGridMetric3D & metric, const Tetrahedron & tetrahedron)

cut_along_path ​

cpp
SolidCutPathInfo cut_along_path(const TetrahedralSolid3D & solid, TetrahedralSolidModifier & modifier, Span path_splits)
SolidCutPathInfo cut_along_path(const TetrahedralSolid3D & solid, TetrahedralSolidModifier & modifier, Span path_splits)

Perform a TetrahedralSolid3D rectilinear cut between two vertices given where to split the tetrahedra.

begin [in] Index of the cut starting vertex

end [in] Index of the cut ending vertex

path_splits [in] Ordered list of Path splits

warning Cut tetrahedra are set as inactive but not deleted.

cut_along_path ​

cpp
SolidCutPathInfo cut_along_path(const TetrahedralSolid3D & solid, TetrahedralSolidModifier & modifier, index_t begin, index_t end)
SolidCutPathInfo cut_along_path(const TetrahedralSolid3D & solid, TetrahedralSolidModifier & modifier, index_t begin, index_t end)

cut_along_patch ​

cpp
SolidCutPatchInfo cut_along_patch(const TetrahedralSolid3D & solid, TetrahedralSolidModifier & modifier, Span boundary_edges, const Triangle3D & triangle)
SolidCutPatchInfo cut_along_patch(const TetrahedralSolid3D & solid, TetrahedralSolidModifier & modifier, Span boundary_edges, const Triangle3D & triangle)

Perform a TetrahedralSolid3D planar cut along a triangle given its boundary edges. These boundary edges are oriented solid edges.

solid [in] TetrahedralSolid to cut

builder [in] Builder of the Solid

boundary_edges [in] List of oriented Patch boundary as solid edges

triangle [in] The triangle corresponding to the patch to insert in solid

warning Cut tetrahedra are set as inactive but not deleted.

determine_cuts ​

cpp
vector determine_cuts(const TetrahedralSolid3D & solid, Span path_splits)
vector determine_cuts(const TetrahedralSolid3D & solid, Span path_splits)

determine_cuts ​

cpp
vector determine_cuts(const TetrahedralSolid3D & solid, const Plane & plane, Span path_splits)
vector determine_cuts(const TetrahedralSolid3D & solid, const Plane & plane, Span path_splits)

Enums ​

| enum class SPLIT_SIDE |

--

| left | | right |

| enum class POSITION |

--

| outside | | inside | | vertex0 | | vertex1 | | vertex2 | | vertex3 | | edge0 | | edge1 | | edge2 | | edge01 | | edge02 | | edge03 | | edge12 | | edge13 | | edge23 | | facet0 | | facet1 | | facet2 | | facet3 | | parallel |

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